mhurhangee/ep-ind-claims huggingface dataset:
A potentiometric measurement device comprising a measurement module comprising only one reference unit, at least one urea sensing unit for determining the urea amount in blood correctly, at least one phosphate sensing unit for determining the phosphate amount in blood, at least one pH sensing unit for determining the hydronium ion level in blood, and a sampling and filtration unit which the blood sample whose urea, phosphate and pH values are to be measured is dropped into, wherein the urea sensing unit, phosphate sensing unit, pH sensing unit and reference unit are positioned at the lower side of the sampling and filtration unit, wherein the sampling and filtration unit comprises a calibration solution and wherein reference unit comprises only one reference electrode which is connected in series with the urea sensing unit, phosphate sensing unit, pH sensing unit and showing constant potential in the sample solution for determination of the urea, phosphate concentration in the blood of patient and the pH of the blood, the sampling and filtration unit is only one common sampling and filtration unit for the urea sensing unit, the phosphate sensing unit, the pH sensing unit and the reference unit.
Computer-implemented method of optimizing bandwidth in a public safety answering point, PSAP, environment comprising a public safety answering point server, wherein the method comprises the steps of - receiving a Real Time Processing, RTP, stream relating to an emergency call comprising video and audio data in a Session Border Controller, SBC,; - retrieving content related to emergency incidents from a Social Media, SM, server in the PSAP; - feeding the content from the SM server to a Stream Processing Module, SPM, comprising a Machine Learning, ML, engine for determining a similarity level between the emergency call and any of the emergency incidents retrieved from the SM server; and - if the similarity level exceeds a predetermined threshold value, then providing to a call taker in the PSAP an option for downgrading the emergency call to a call comprising only audio data, and if the option is selected by the call taker, downgrading the RTP stream to an audio call. - receiving a Real Time Processing, RTP, stream relating to an emergency call comprising video and audio data in a Session Border Controller, SBC,; - retrieving content related to emergency incidents from a Social Media, SM, server in the PSAP; - feeding the content from the SM server to a Stream Processing Module, SPM, comprising a Machine Learning, ML, engine for determining a similarity level between the emergency call and any of the emergency incidents retrieved from the SM server; and - if the similarity level exceeds a predetermined threshold value, then providing to a call taker in the PSAP an option for downgrading the emergency call to a call comprising only audio data, and if the option is selected by the call taker, downgrading the RTP stream to an audio call.
Multi-voltage on-board electrical system of a motor vehicle, comprising - at least three flat cables (2a, b, c) extending substantially in parallel with one another in the longitudinal direction thereof, and - at least two voltage sources (4, 6), - wherein a first of the flat cables is connected in an electrically conductive manner to a first pole of a first of the voltage sources, a second of the flat cables is connected in an electrically conductive manner to a first pole of a second of the voltage sources, and a third of the flat cables is connected in an electrically conductive manner to a second pole (4b, 6b) of the first and second voltage source, - characterised in that the third flat cable is arranged between at least the first and the second flat cable. - at least three flat cables (2a, b, c) extending substantially in parallel with one another in the longitudinal direction thereof, and - at least two voltage sources (4, 6), - wherein a first of the flat cables is connected in an electrically conductive manner to a first pole of a first of the voltage sources, a second of the flat cables is connected in an electrically conductive manner to a first pole of a second of the voltage sources, and a third of the flat cables is connected in an electrically conductive manner to a second pole (4b, 6b) of the first and second voltage source, - characterised in that
A method for wireless communication performed by a user equipment, UE, comprising: receiving a configuration of a wake-up signal periodicity; receiving a configuration of an radio resource management, RRM, measurement periodicity, wherein the RRM measurement periodicity corresponds to one or more wake-up signal occasions according to the wake-up signal periodicity; performing discontinuous monitoring for a plurality of wake-up signals based at least in part on the wake-up signal periodicity; determining whether a wake-up signal is detected at the one or more wake-up signal occasions; and performing a RRM measurement at a temporally last wake-up signal occasion of the one or more wake-up signal occasions based on a determination that no wake-up signals were detected at the one or more wake-up signal occasions. receiving a configuration of a wake-up signal periodicity; receiving a configuration of an radio resource management, RRM, measurement periodicity, wherein the RRM measurement periodicity corresponds to one or more wake-up signal occasions according to the wake-up signal periodicity; performing discontinuous monitoring for a plurality of wake-up signals based at least in part on the wake-up signal periodicity; determining whether a wake-up signal is detected at the one or more wake-up signal occasions; and performing a RRM measurement at a temporally last wake-up signal occasion of the one or more wake-up signal occasions based on a determination that no wake-up signals were detected at the one or more wake-up signal occasions.
A faucet comprising: a spout having a first connector disposed proximate an end of the spout and protruding toward an interior of the spout; and a socket insertable into the end of the spout, the socket having a second connector and at least one magnetic coupling element (220a, 220b), the second connector being configured to couple to the first connector to at least partially retain the socket when the socket is inserted into the end of the spout, wherein the socket comprises a clip member, wherein the clip member comprises an outwardly protruding engagement member; a hose disposable in the spout and through the socket when the socket is inserted into the end of the spout; a pull-out spray head fluidly connectable to the hose and configured to dock at the end of the spout; and at least one complementary magnetic coupling element (220a, 220b) configured to magnetically couple to the at least one magnetic coupling element (220a, 220b) of the socket when the pull-out spray head is docked; characterised in that the first connector is formed as a depression in an exterior surface of the spout that points inwardly into the interior of the spout. a spout having a first connector disposed proximate an end of the spout and protruding toward an interior of the spout; and a socket insertable into the end of the spout, the socket having a second connector and at least one magnetic coupling element (220a, 220b), the second connector being configured to couple to the first connector to at least partially retain the socket when the socket is inserted into the end of the spout, wherein the socket comprises a clip member, wherein the clip member comprises an outwardly protruding engagement member; a hose disposable in the spout and through the socket when the socket is inserted into the end of the spout; a pull-out spray head fluidly connectable to the hose and configured to dock at the end of the spout; and at least one complementary magnetic coupling element (220a, 220b) configured to magnetically couple to the at least one magnetic coupling element (220a, 220b) of the socket when the pull-out spray head is docked;
Apparatus for controlling a brake device of a rail vehicle, having a characteristic curve changing device (13; 404) for varying a pressure characteristic curve of the brake device in a manner dependent on a friction characteristic of a brake pad type used in the brake device, and having a determining device (11; 403) for determining the friction characteristic on the basis of a control signal which indicates the selected brake pad type.
An active matrix electroluminescent display device comprising an array of display pixels, each pixel comprising: an electroluminescent display element; and active matrix circuitry including a drive transistor for driving a current through the display element,wherein the drive transistor and the display element are connected in series between a power line for supplying or drawing a controllable current to or from the display element and a common potential line, and characterized in that the power line and the common potential line (38, 74, 76) each comprise a sheet electrode shared between all pixels of the array. an electroluminescent display element; and active matrix circuitry including a drive transistor for driving a current through the display element,wherein the drive transistor and the display element are connected in series between a power line for supplying or drawing a controllable current to or from the display element and a common potential line, and characterized in that the power line and the common potential line (38, 74, 76) each comprise a sheet electrode shared between all pixels of the array.
A thermal management assembly comprising: a first substrate (220, 230); a second substrate (220, 230); a bulk graphene material disposed between the first and second substrates (220, 230); and a thermal bond layer (240, 250) disposed between (a) a first surface of the bulk graphene layer and the first substrate (220, 230), and (b) a second surface of the bulk graphene layer and the second substrate (220, 230), the thermal bond layers (240, 250) comprising (i) a metal-based material comprising (ii) an agent that is reactive with the graphene to form a carbide, characterized in that the agent is chosen from titanium, zirconium, chromium, hafnium, aluminum, tantalum, iron, silicon, or a combination of two or more thereof, and the metal-based material of the thermal bond layers (240, 250) is independently chosen from silver, tin, lead, silver-copper, nickel or combinations of two or more thereof. a first substrate (220, 230); a second substrate (220, 230); a bulk graphene material disposed between the first and second substrates (220, 230); and a thermal bond layer (240, 250) disposed between (a) a first surface of the bulk graphene layer and the first substrate (220, 230), and (b) a second surface of the bulk graphene layer and the second substrate (220, 230), the thermal bond layers (240, 250) comprising (i) a metal-based material comprising (ii) an agent that is reactive with the graphene to form a carbide,
A method comprising: storing one or more labels to be rendered; capturing a video stream of an environment with a camera; computing a saliency map of at least one frame from the video stream; generating an edge map with edges extracted from the at least one frame; using the saliency map and the edge map together to determine a first layout position of the one or more labels to be rendered over the video stream; rendering the one or more labels over the video stream in the first layout position as the video stream is displayed; detecting a change in orientation of the camera with respect to the orientation in a previous frame that is greater than a threshold; and displaying the one or more labels in the first layout position until the change in orientation of the camera is detected. storing one or more labels to be rendered; capturing a video stream of an environment with a camera; computing a saliency map of at least one frame from the video stream; generating an edge map with edges extracted from the at least one frame; using the saliency map and the edge map together to determine a first layout position of the one or more labels to be rendered over the video stream; rendering the one or more labels over the video stream in the first layout position as the video stream is displayed; detecting a change in orientation of the camera with respect to the orientation in a previous frame that is greater than a threshold; and displaying the one or more labels in the first layout position until the change in orientation of the camera is detected.
An optoelectronic sensor for measuring a distance of an object in accordance with a time of flight principle, the sensor comprising a light transmitter for transmitting a light signal, a light receiver for receiving the light signal after reflection or remission by the object, the light receiver having a first plurality of pixel elements (24, 24a) each configured as an avalanche photo diode element biased with a bias voltage greater than a breakthrough voltage and thus operated in a Geiger mode in order to trigger an avalanche event upon light reception, a distance measuring unit having a second plurality of time of flight measuring units connected to pixel elements for determining a time of flight between transmission and reception of a light signal, the second plurality being less than the first plurality, switching means (32, 32a) for connecting only a selected portion of the pixel elements to time of flight measuring units in a one-to-one fashion, so that only some of the pixel elements are used for time of flight measurement, and a pixel selection unit (28, 30) for determining pixel elements to be connected by the switching means (32, 32a) based on an intensity measurement, characterized in that the pixel selection unit (28, 30) is configured to exclude pixel elements actually only contributing ambient light or dark count events from the distance measurement, wherein the pixel selection unit comprises a plurality of counters, each counter being connected to at least one pixel element for counting avalanche events of the connected pixel elements, wherein the switching means (32, 32a) connect pixel elements to time of flight measuring units according to the count of avalanche events, namely those pixel elements having the largest count and/or having a count exceeding a threshold.
An automatic system for monitoring and managing temporary leases of real estate property, comprising: - an apparatus for local management and control of the system, said apparatus being designed to be installed inside the real estate property; - a wireless keypad with an on-board memory, preferably a membrane keypad and preferably battery-operated, said keypad being designed to be installed outside the real estate property, typically on the entrance door or adjacent thereto, and being connected to said apparatus; - a battery-operated, remote controllable motorized cylinder for unlocking/locking the door; - a server for global management and control of the system via a web application; said apparatus comprising: - a microprocessor control unit; - an Ethernet or Wi-Fi connection unit for connection to the Internet; - a LoRa wireless communication unit; - a unit for remote control of the motorized cylinder; said web application comprising at least one module adapted to automatically generate an access code, at the time of booking, that is only valid for the term of the lease, said access code being stored and periodically updated in the memory of the keypad by said apparatus, wherein the memory of the keypad stores multiple access codes, and as they are correctly entered the motorized cylinder is actuated by the apparatus thereby unlocking the door, wherein the keypad stores at least one second code selected by the owner, with or without expiration, and characterized in that the keypad stores at least one third code that expires immediately after its use. - an apparatus for local management and control of the system, said apparatus being designed to be installed inside the real estate property; - a wireless keypad with an on-board memory, preferably a membrane keypad and preferably battery-operated, said keypad being designed to be installed outside the real estate property, typically on the entrance door or adjacent thereto, and being connected to said apparatus; - a battery-operated, remote controllable motorized cylinder for unlocking/locking the door; - a server for global management and control of the system via a web application; - a microprocessor control unit; - an Ethernet or Wi-Fi connection unit for connection to the Internet; - a LoRa wireless communication unit; - a unit for remote control of the motorized cylinder; said web application comprising at least one module adapted to automatically generate an access code, at the time of booking, that is only valid for the term of the lease, said access code being stored and periodically updated in the memory of the keypad by said apparatus, wherein the memory of the keypad stores multiple access codes, and as they are correctly entered the motorized cylinder is actuated by the apparatus thereby unlocking the door, wherein the keypad stores at least one second code selected by the owner, with or without expiration, and characterized in that the keypad stores at least one third code that expires immediately after its use.
A fan comprising: - an impeller including a boss serving as a center of rotation and a plurality of blades provided on an outer circumferential surface of the boss; and - a structure member installed on an upstream side of the impeller in an airflow direction, the plurality of blades each have a plurality of recesses disposed only on a side of a suction surface of a leading edge, the plurality of recesses each having a rectangular shape having two longitudinal sides, wherein the plurality of recesses each are longitudinal in a direction perpendicular to the leading edge, and wherein the plurality of recesses are each disposed at a position where a wake flow interferes with the leading edge of each of the plurality of blades, the wake flow being a flow of air created behind the structure member whereby when the plurality of blades are viewed in a direction of a rotating axis, one of the plurality of recesses is disposed at a position where the one of the plurality of recesses is overlapped by the structure member over at least a quarter of an entire circumference during one rotation of the plurality of blades and whereby the plurality of recesses are disposed also at a position of the leading edge of the blades which approach the structure member to a distance of 1/20 or less of a diameter of the blades. - an impeller including a boss serving as a center of rotation and a plurality of blades provided on an outer circumferential surface of the boss; and - a structure member installed on an upstream side of the impeller in an airflow direction, the plurality of blades each have a plurality of recesses disposed only on a side of a suction surface of a leading edge, the plurality of recesses each having a rectangular shape having two longitudinal sides, wherein the plurality of recesses each are longitudinal in a direction perpendicular to the leading edge, and wherein the plurality of recesses are each disposed at a position where a wake flow interferes with the leading edge of each of the plurality of blades, the wake flow being a flow of air created behind the structure member whereby when the plurality of blades are viewed in a direction of a rotating axis, one of the plurality of recesses is disposed at a position where the one of the plurality of recesses is overlapped by the structure member over at least a quarter of an entire circumference during one rotation of the plurality of blades and whereby the plurality of recesses are disposed also at a position of the leading edge of the blades which approach the structure member to a distance of 1/20 or less of a diameter of the blades.
A pierce pin for an inflator for piercing the frangible seal of a gas cartridge, comprising in combination: a shaft having an axial bore forming a tubular member having a tip with a rim; and characterised in that a pair of slots (26A, 26B) are formed across said rim into said tip into said tubular member to a depth to form a tab, said tab being bent inwardly into said axial bore after formation of said slots (26A, 26B). a shaft having an axial bore forming a tubular member having a tip with a rim; and characterised in that a pair of slots (26A, 26B) are formed across said rim into said tip into said tubular member to a depth to form a tab, said tab being bent inwardly into said axial bore after formation of said slots (26A, 26B).
A process for preparing an isocyanate product, the process comprising: providing a phosgene inlet stream and an amine-in-solvent inlet stream to a phosgenation mixer, the amine-in-solvent inlet stream including one or more amines and one or more inert solvents; and during steady state operation compensating for a fouling pressure drop increase by decreasing a pressure drop in the phosgenation mixer over a time period divided into at least a first period of time T 1 and a second period of time T 2 that is subsequent to the first period of time T 1, during the second period of time T 2 an amine concentration of the one or more amines in the amine-in-solvent stream is higher than during the first period of time T 1, and during the second period of time T 2 a phosgene-to-amine ratio value in the phosgenation mixer is higher than during the first period of time T 1. providing a phosgene inlet stream and an amine-in-solvent inlet stream to a phosgenation mixer, the amine-in-solvent inlet stream including one or more amines and one or more inert solvents; and during steady state operation compensating for a fouling pressure drop increase by decreasing a pressure drop in the phosgenation mixer over a time period divided into at least a first period of time T 1 and a second period of time T 2 that is subsequent to the first period of time T 1, during the second period of time T 2 an amine concentration of the one or more amines in the amine-in-solvent stream is higher than during the first period of time T 1, and during the second period of time T 2 a phosgene-to-amine ratio value in the phosgenation mixer is higher than during the first period of time T 1.