mhurhangee/ep-ind-claims huggingface dataset:
An adaptive self-tunable antenna system, comprising: a sensing antenna for detecting a near field radio frequency signal of an RF signal transmitted from a transmitting antenna, the RF signal comprising one or more of an analog modulated signal or a digital modulated signal; a band pass filter in communication with the sensing antenna, the band pass filter for generating a filtered near field RF signal from the near field RF signal; an RF detector in communication with the band pass filter, the RF detector for detecting a power of the filtered near field RF signal and outputting an RF strength control signal representing a strength of the filtered near field RF signal; and a processor in communication with the RF detector, the processor configured to receive the RF strength control signal and generate an antenna tuning control signal based on the RF strength control signal, wherein the antenna tuning control signal is for controlling an electrical length of the transmitting antenna with an antenna tuner, based on open-circuiting or short-circuiting one or more segments of a tuning network such that a strength of the RF signal transmitted by the transmitting antenna is maximized. a sensing antenna for detecting a near field radio frequency signal of an RF signal transmitted from a transmitting antenna, the RF signal comprising one or more of an analog modulated signal or a digital modulated signal; a band pass filter in communication with the sensing antenna, the band pass filter for generating a filtered near field RF signal from the near field RF signal; an RF detector in communication with the band pass filter, the RF detector for detecting a power of the filtered near field RF signal and outputting an RF strength control signal representing a strength of the filtered near field RF signal; and a processor in communication with the RF detector, the processor configured to receive the RF strength control signal and generate an antenna tuning control signal based on the RF strength control signal, wherein the antenna tuning control signal is for controlling an electrical length of the transmitting antenna with an antenna tuner, based on open-circuiting or short-circuiting one or more segments of a tuning network such that a strength of the RF signal transmitted by the transmitting antenna is maximized.
Enacted on a computing device, a method comprising: displaying a map on a display device operatively coupled to the computing device; receiving user input of a first inking input and a second inking input on the displayed map, the first inking input and the second inking input each comprising one or more of a color, a shape, and/or a text defining one or more filter parameters; displaying an annotation on the display device for each inking input received; determining a map location of each inking input received; identifying the one or more filter parameters of each of the first inking input and the second inking input; displaying on the display device one or more of a route and a collection of map locations; receiving user input selecting one or more filters, the one or more filters based on the one or more filter parameters associated with each of the first inking input and the second inking input; and filtering the display of the one or more of the route and the collection of map locations based on the one or more filters selected. displaying a map on a display device operatively coupled to the computing device; receiving user input of a first inking input and a second inking input on the displayed map, the first inking input and the second inking input each comprising one or more of a color, a shape, and/or a text defining one or more filter parameters; displaying an annotation on the display device for each inking input received; determining a map location of each inking input received; identifying the one or more filter parameters of each of the first inking input and the second inking input; displaying on the display device one or more of a route and a collection of map locations; receiving user input selecting one or more filters, the one or more filters based on the one or more filter parameters associated with each of the first inking input and the second inking input; and filtering the display of the one or more of the route and the collection of map locations based on the one or more filters selected.
A device for degassing light alloy melts by means of ultrasounds, comprising: - a sonotrode configured to produce an oscillatory movement by means of a transducer in order to generate waves at an ultrasound oscillation frequency in said light alloy melt, when said sonotrode and said melt are in contact, so as to perform the degassing; and - an electronic-mechanical component, embedded in an interchangeable tip of the sonotrode provided at an end part of the sonotrode and responsible for making contact with the light alloy melt, characterized in that: - said electronic-mechanical component comprises a programmable, chip-type integrated circuit encoded with identification and service life parameters of the sonotrode including user, material, manufacturing dates, serial number and/or information about a maximum allowable vibrations, said chip-type integrated circuit being programmed and configured to detect a state of the service life or an anomalous operation of the sonotrode and to send the detected information, embedded in at least one notification signal, to an electronic remote control equipment, so that said electronic remote control device is configured to send an activation or deactivation signal for activation or deactivation of said transducer, taking into account said at least one notification signal. - a sonotrode configured to produce an oscillatory movement by means of a transducer in order to generate waves at an ultrasound oscillation frequency in said light alloy melt, when said sonotrode and said melt are in contact, so as to perform the degassing; and - an electronic-mechanical component, embedded in an interchangeable tip of the sonotrode provided at an end part of the sonotrode and responsible for making contact with the light alloy melt, - said electronic-mechanical component comprises a programmable, chip-type integrated circuit encoded with identification and service life parameters of the sonotrode including user, material, manufacturing dates, serial number and/or information about a maximum allowable vibrations, said chip-type integrated circuit being programmed and configured to detect a state of the service life or an anomalous operation of the sonotrode and to send the detected information, embedded in at least one notification signal, to an electronic remote control equipment, so that said electronic remote control device is configured to send an activation or deactivation signal for activation or deactivation of said transducer, taking into account said at least one notification signal.
A method for testing a flexible container, comprising: a) evacuating a gas from a container to a negative atmospheric pressure, the container being a collapsible, flexible container, and comprising at least two opposing flexible walls, wherein a surface of at least one of the walls internal to the container comprises a plurality of channels or recessed features on said at least one wall; and b) monitoring a mass flow of the gas or pressure decay so as to determine the integrity of the container. a) evacuating a gas from a container to a negative atmospheric pressure, the container being a collapsible, flexible container, and comprising at least two opposing flexible walls, wherein a surface of at least one of the walls internal to the container comprises a plurality of channels or recessed features on said at least one wall; and b) monitoring a mass flow of the gas or pressure decay so as to determine the integrity of the container.
Processing system comprising at least one processing area, one control area, one input area, and optionally one receiving area and / or one presentation area, wherein via an input and / or display element a user can enter a text and / or graphics in an operating software installed therein, which text and / or graphics can be passed to a control software running in the control area, wherein the display element is equipped with a connection system for exchanging data with a further connection system in the processing system, wherein the location-independent display element automatically suggests or selects, respectively, the connection with the nearest processing system, characterised in that in the operating software a selection list of the nearby processing systems is available or represented, whereby the degree of utilisation or the processing time for the execution of a processing operation, respectively, and the distance to the location of the display element are illustrated.
A scaffold for use with a surgical staple cartridge, comprising: a tissue interaction surface and a cartridge deck interaction surface, each being on opposite sides of the scaffold and each having fibers of a first polymer, the first polymer fibers being multifilament fibers, and fibers of a second polymer, wherein the first polymer fibers form a structural component of the tissue interaction surface and the cartridge deck interaction surface with a variable stiffness profile over time following implantation, and wherein the second polymer fibers degrade at a rate greater than that of the first polymer fibers without substantially affecting the stiffness profile of the structural component; and an intermediate layer disposed between the tissue interaction surface and the cartridge deck interaction surface, the intermediate layer being formed of monofilament fibers that are oriented in a direction that is substantially non-parallel to the cartridge deck. a tissue interaction surface and a cartridge deck interaction surface, each being on opposite sides of the scaffold and each having fibers of a first polymer, the first polymer fibers being multifilament fibers, and fibers of a second polymer, wherein the first polymer fibers form a structural component of the tissue interaction surface and the cartridge deck interaction surface with a variable stiffness profile over time following implantation, and wherein the second polymer fibers degrade at a rate greater than that of the first polymer fibers without substantially affecting the stiffness profile of the structural component; and an intermediate layer disposed between the tissue interaction surface and the cartridge deck interaction surface, the intermediate layer being formed of monofilament fibers that are oriented in a direction that is substantially non-parallel to the cartridge deck.
A method for manufacturing a magnet arrangement with a flat magnet core the width of which is greater than height of which, in which the magnet core is supported during the winding with a conductor by a supporting body (7, 8, 9, 21, 22, 25, 26, 29, 30, 31), characterized in that, after the winding, the supporting body is removed and thereafter the coil (2, 10) is pressed on until it is in contact with the two flat sides of the magnet core.
An inorganic coating composition comprising: 70-80wt% of an inorganic solution, wherein the inorganic solution comprises 30-40wt% of an alkoxy silane, 15-20wt% of an organic solvent, and 25-30wt% of a silica sol; 5-10wt% of a first functional additive selected from potassium titanate, alumina or mixtures thereof; 10-20wt% of an inorganic pigment selected from titanium oxide, yellow chrome, iron blue, cadmium red, cadmium yellow, carbon black, iron oxide red, or iron oxide yellow, or a mixture thereof; and 0.5-2.0wt% other functional additives. 70-80wt% of an inorganic solution, wherein the inorganic solution comprises 30-40wt% of an alkoxy silane, 15-20wt% of an organic solvent, and 25-30wt% of a silica sol; 5-10wt% of a first functional additive selected from potassium titanate, alumina or mixtures thereof; 10-20wt% of an inorganic pigment selected from titanium oxide, yellow chrome, iron blue, cadmium red, cadmium yellow, carbon black, iron oxide red, or iron oxide yellow, or a mixture thereof; and 0.5-2.0wt% other functional additives.
A method for assessing propensity to develop preeclampsia for an individual during pregnancy, comprising: analysing a cellular biological sample comprising immune cells obtained from a patient during pregnancy at multiple points during the pregnancy, measuring single cell levels of pSTAT5 signaling proteins in CD4 + T cells; determining whether changes in levels of pSTAT5 associated with propensity to develop preeclampsia are present, wherein a decrease in pSTAT5 levels in CD4 + T cells between a first trimester sample and a second trimester sample during pregnancy is indicative that an individual has a propensity to develop preeclampsia; and providing an assessment of the patient's prognosis for propensity to develop preeclampsia. analysing a cellular biological sample comprising immune cells obtained from a patient during pregnancy at multiple points during the pregnancy, measuring single cell levels of pSTAT5 signaling proteins in CD4 + T cells; determining whether changes in levels of pSTAT5 associated with propensity to develop preeclampsia are present, wherein a decrease in pSTAT5 levels in CD4 + T cells between a first trimester sample and a second trimester sample during pregnancy is indicative that an individual has a propensity to develop preeclampsia; and providing an assessment of the patient's prognosis for propensity to develop preeclampsia.
A dust container of a vacuum cleaner comprising a first compartment provided with an air intake and a filter, a second compartment provided with a dirt outlet, wherein the first compartment and the second compartment are separated by a partition wall provided with openings characterized in that the dust container has a dust compression unit comprising a conveyor belt, a driving shaft and a pulley, wherein the conveyor belt has at least two flaps for dust distribution.
An image sensor comprising: a substrate; a first pixel (50a-1) including a first photoelectric conversion area provided in the substrate; a second pixel (50a-2) including a second photoelectric conversion area adjacent to the first photoelectric conversion area and provided in the substrate; a trench provided in the substrate between the first photoelectric conversion area and the second photoelectric conversion area; a first floating diffusion included in the first pixel (50a-1); a second floating diffusion included in the second pixel (50a-2); and a connection portion that is formed on the trench and is in contact with the first floating diffusion, the second floating diffusion, and the trench; characterised in that the first floating diffusion, the second floating diffusion and the connection portion are of the same semiconductor type and form a floating diffusion shared by the first pixel (50a-1) and the second pixel (50a-2). a substrate; a first pixel (50a-1) including a first photoelectric conversion area provided in the substrate; a second pixel (50a-2) including a second photoelectric conversion area adjacent to the first photoelectric conversion area and provided in the substrate; a trench provided in the substrate between the first photoelectric conversion area and the second photoelectric conversion area; a first floating diffusion included in the first pixel (50a-1); a second floating diffusion included in the second pixel (50a-2); and a connection portion that is formed on the trench and is in contact with the first floating diffusion, the second floating diffusion, and the trench; characterised in that the first floating diffusion, the second floating diffusion and the connection portion are of the same semiconductor type and form a floating diffusion shared by the first pixel (50a-1) and the second pixel (50a-2).
Wall mountable unit for storing a bicycle wheel, the unit comprising at least a wall mountable part and a hook component in hinged attachment (105, 111) with the wall mountable part, the hook component rotatable using the hinged attachment (105, 111) between an open configuration and a closed configuration, wherein, in use, in the open configuration the hook component is adapted to be inserted in a bicycle wheel and to store the bicycle wheel in the unit whereby hinge rotation of the hook component towards said closed configuration allows the bicycle wheel to lower gently under gravity, so that the wheel is secured by the wall mountable unit.
A processor comprising: route tables to provide entries corresponding to different respective memory access resources; a repository to store reference information which represents a list of items corresponding to different respective ranges of addresses, and wherein the items are each to comprise an identifier of a respective one of the route tables, and an identifier of a respective index offset; and first circuitry coupled to the route tables and to the repository, the first circuitry to: perform a first access of the reference information based on a physical address of a memory access request; determine, based on the first access, both an identifier of a first route table, and an identifier of a first index offset; determine a first index based on the identifier of the first index offset; perform a second access of the first route table, with the first index, to identify memory access information corresponding to a first memory access resource; and generate a signal, based on the memory access information, to indicate that the memory access request is to be directed to the first memory access resource. route tables to provide entries corresponding to different respective memory access resources; a repository to store reference information which represents a list of items corresponding to different respective ranges of addresses, and wherein the items are each to comprise an identifier of a respective one of the route tables, and an identifier of a respective index offset; and first circuitry coupled to the route tables and to the repository, the first circuitry to: perform a first access of the reference information based on a physical address of a memory access request; determine, based on the first access, both an identifier of a first route table, and an identifier of a first index offset; determine a first index based on the identifier of the first index offset; perform a second access of the first route table, with the first index, to identify memory access information corresponding to a first memory access resource; and generate a signal, based on the memory access information, to indicate that the memory access request is to be directed to the first memory access resource. perform a first access of the reference information based on a physical address of a memory access request; determine, based on the first access, both an identifier of a first route table, and an identifier of a first index offset; determine a first index based on the identifier of the first index offset; perform a second access of the first route table, with the first index, to identify memory access information corresponding to a first memory access resource; and generate a signal, based on the memory access information, to indicate that the memory access request is to be directed to the first memory access resource.
Antenna, notably for the broadcasting of high-bitrate services comprising: - a support made of dielectric material, which bears the following elements produced in printed technology: - a monopole linked to a power supply line of the coplanar guide type, and - a coplanar ground plane consisting of two blocks (210, 220) situated respectively on either side of the power supply line, being separated therefrom, in which the monopole is flared away from the ground plane and the latter has a border (244-249; 250-254; 250-258) directed towards the monopole which is not totally rectilinear, characterized in that said border of the ground plane is concave or convex towards the monopole, and characterized in that at least the monopole comprises lines with slots (174, 178; 274, 278) and/or holes and/or rings introducing secondary resonance modes. - a support made of dielectric material, which bears the following elements produced in printed technology: - a monopole linked to a power supply line of the coplanar guide type, and - a coplanar ground plane consisting of two blocks (210, 220) situated respectively on either side of the power supply line, being separated therefrom,
Cladding arrangement for cladding a body element for a motor vehicle, with a pivotably mounted air guide device which can be moved by means of a kinematic arrangement into a retracted first function position and into a fully extended second function position and vice versa, wherein the air guide device is configured in two parts and has a first and a second cladding part (14, 16) which are connected together so as to be adjustable relative to one another, and wherein the kinematic arrangement is formed by a primary and a secondary lever drive (26, 28), and wherein an actuator is attached to the body in the region of the side member, wherein the actuator acts on a shaft running in the longitudinal direction and acts to initiate a rotary movement, and this adjustment movement is transmitted via the primary lever drive to the first cladding part, characterized in that the first and second cladding parts (14, 16) are pivotably connected together, and that the primary lever drive comprises a first lever and a rocker, wherein the first lever is mounted rotationally fixedly on the shaft by means of its first end region, and the second end region of the lever is attached via a first pivot joint to a first end region of the rocker, and wherein in a middle region, the rocker comprises an articulated connection to the first cladding part, and the second cladding part is hinged to the primary lever drive via a connection by means of the secondary lever drive.
A filter device comprising a cup-shaped filter housing, with a filter element which can be accommodated in the latter, with at least one end cap, and a retaining device which is used for the detachable fixing of the filter element along its longitudinal axis and which has screwing elements (33, 41) which interact with one another and which are configured on the inside of the filter housing and on the filter element, and with a sealing device which forms the seal between the filter element and a housing terminating part which borders the filter housing on the end side, the housing terminating part forming an element receiving device with a fluid passage that has inner screwing elements concentric to the longitudinal axis, into which fluid passage a connecting piece of the end cap can be screwed with external screwing elements, the sealing device having a sealing element in the form of a gasket designed as an O ring which is combined with the end cap to form a cohesive component and is accommodated in a seat which is formed on the transition between the end cap and the adjacent start of the thread turns of the screwing elements located on the connecting piece, the housing terminating part, as the bottom part of the filter housing, forming the element receiving device for the end cap of the filter element assigned to the bottom of the housing, the fluid passage of the bottom part being limited by an annular edge projecting into the interior of the housing, characterised in that that the annular edge forms a contact surface for the end cap which adjoins due to the retaining force of the screwing elements (33, 41), that the fluid passage of the bottom part on the end section bordering the annular edge has an oblique surface which increases the inside diameter toward the annular edge and which forms a sealing surface for the interaction with the sealing element which is fixed on the connecting piece of the end cap, and that the gasket is held on the connecting piece in the seat between the flat lower end surface of the end cap which runs in a radial plane and the first thread turn of the screwing elements of the connecting piece.