mhurhangee/patent-ind-claim-en huggingface dataset:
Visible component for a motor vehicle, comprising a base body with a visible surface and at least one sensor element on the visible surface of the base body, the at least one sensor element being electrically connected to an element adjoining the at least one sensor element for wireless data transmission, by which measurement data from the sensor element can be transmitted wirelessly to an evaluation unit, characterized in that the at least one sensor element is connected to the element for wireless data transmission via amplification and/or preprocessing circuits, and the element for wireless data transmission can be energized by an inductive activation element, and in that layers are applied to the base body with the sequence comprising: a) a layer containing at least one element for wireless data transmission; b) a layer containing at least one signal amplification circuit; c) a layer containing at least one signal processing circuit; d) a layer containing at least one sensor element; e) optionally a layer containing at least one wavelength modulator; and f) optionally an encapsulation. a) a layer containing at least one element for wireless data transmission; b) a layer containing at least one signal amplification circuit; c) a layer containing at least one signal processing circuit; d) a layer containing at least one sensor element; e) optionally a layer containing at least one wavelength modulator; and f) optionally an encapsulation.
Electromagnetic flowmeter designed to determine the flow of a medium flowing through a measuring tube with a measuring tube axis (A), with at least a first coil assembly with a coil body designed to hold a coil core of a coil , wherein the coil is wound on the coil body and wherein the coil core is arranged in a first opening of the coil body with a longitudinal axis of the coil core coaxial to the coil , wherein at least two cable harnesses are arranged between the coil core and the coil body , wherein the cable harnesses serve to measure the signals on two or more measuring electrodes arranged on the measuring tube , wherein the cable harnesses extend inside the coil assembly along a cross-section , wherein said cross-section is perpendicular to the measuring tube axis (A), characterized in that the coil core has at least two recesses , wherein each of said recesses is provided to guide one of the cable harnesses .
A method for controlling operation of garden equipment with a battery pack comprising a control unit for performing the method, when the battery back is inserted into a recess of the garden equipment and in data communication, via a data bus , with a control unit of the garden equipment, the method comprising - reading (S102), via the data bus , an identifier of the garden equipment, - collecting (S106), via the data bus , sensor data from garden equipment sensors (20; 22; 24), characterized by - retrieving (S104) operational control data for the garden equipment from a non-transitory computer-readable medium of the control unit in the battery pack based on the identifier , wherein the operational control data is used by the control unit of the battery pack to control the garden equipment, wherein the battery pack , prior to insertion into the recess , is updated with the latest operational software for the garden equipment during charging, and - controlling (S108), via the data bus , the operation of the garden equipment from the control unit of the battery pack based on the retrieved control data, the latest operational software and the collected sensor data. - reading (S102), via the data bus , an identifier of the garden equipment, - collecting (S106), via the data bus , sensor data from garden equipment sensors (20; 22; 24), characterized by - retrieving (S104) operational control data for the garden equipment from a non-transitory computer-readable medium of the control unit in the battery pack based on the identifier , wherein the operational control data is used by the control unit of the battery pack to control the garden equipment, wherein the battery pack , prior to insertion into the recess , is updated with the latest operational software for the garden equipment during charging, and - controlling (S108), via the data bus , the operation of the garden equipment from the control unit of the battery pack based on the retrieved control data, the latest operational software and the collected sensor data.
A network element in a radio access network, comprising: at least one processor ; and at least one memory including computer program code , the at least one memory and the computer program code configured to, with the at least one processor, cause the network element at least to perform: receive a set of initial uplink power control parameters provided by a trained neural network; utilise the set of initial uplink power control parameters in an operating radio access network and select from the received set the parameters giving best performance as the uplink power control parameters to be applied in the radio access network wherein when utilising the set of initial uplink power control parameters in an operating radio access network, apply each uplink power control parameter of the set a predetermined amount of time. at least one processor ; and at least one memory including computer program code , the at least one memory and the computer program code configured to, with the at least one processor, cause the network element at least to perform: receive a set of initial uplink power control parameters provided by a trained neural network; utilise the set of initial uplink power control parameters in an operating radio access network and select from the received set the parameters giving best performance as the uplink power control parameters to be applied in the radio access network wherein when utilising the set of initial uplink power control parameters in an operating radio access network, apply each uplink power control parameter of the set a predetermined amount of time. receive a set of initial uplink power control parameters provided by a trained neural network; utilise the set of initial uplink power control parameters in an operating radio access network and select from the received set the parameters giving best performance as the uplink power control parameters to be applied in the radio access network wherein when utilising the set of initial uplink power control parameters in an operating radio access network, apply each uplink power control parameter of the set a predetermined amount of time.
Classifying device for classifying a granular material flow, comprising a first inlet for letting a first material flow into the classifying device , a second inlet for letting a second material flow into the classifying device , a static classifier , and a dynamic classifier , wherein the static classifier is arranged in such a manner that it at least partially surrounds the dynamic classifier , characterized in that the classifying device comprises a distributing device (42; 52; 54) which is designed in such a manner that it supplies the material flow of the first inlet to the static classifier and the material flow of the second inlet to the dynamic classifier .
A method for coagulating an aqueous polymer dispersion, by - providing an aqueous polymer dispersion which comprises at least one polymer in dispersion in aqueous phase and also comprises thermally expandable, thermoplastic microspheres, - coagulating the polymer dispersion by energy input, and - delivering the coagulated composition via an outlet aperture, preferably in the form of a nozzle, where the energy for the coagulation is input thermally or thermally and by shearing. - providing an aqueous polymer dispersion which comprises at least one polymer in dispersion in aqueous phase and also comprises thermally expandable, thermoplastic microspheres, - coagulating the polymer dispersion by energy input, and - delivering the coagulated composition via an outlet aperture, preferably in the form of a nozzle, where the energy for the coagulation is input thermally or thermally and by shearing.
A cassette comprising: a cassette body defining an interior and having a first port end and a second port end , the cassette body including a connection section , a first fiber management section extending outwardly from the first port end of the cassette body towards a first side of the cassette body , a second fiber management section extending outwardly from the first port end of the cassette body towards a second side of the cassette body , and a third fiber management section extending outwardly from the second port end of the cassette body , the first and second fiber management sections extending from outer locations of the first port end and the third fiber management section extending from an intermediate location of the second port end ; a plurality of ports disposed in the connection section and each configured to receive an optical connector from an exterior of the cassette body , the plurality of ports including at least a first port disposed at the first port end of the connection section between the first and second fiber management sections , at least one second port disposed at the second port end of the connection section towards the first side of the cassette body , and at least one third port disposed at the second port end of the connection section towards the second side of the cassette body ; and an optical fiber arrangement disposed within the cassette body , the optical fiber arrangement optically coupling the first port with the second port . a cassette body defining an interior and having a first port end and a second port end , the cassette body including a connection section , a first fiber management section extending outwardly from the first port end of the cassette body towards a first side of the cassette body , a second fiber management section extending outwardly from the first port end of the cassette body towards a second side of the cassette body , and a third fiber management section extending outwardly from the second port end of the cassette body , the first and second fiber management sections extending from outer locations of the first port end and the third fiber management section extending from an intermediate location of the second port end ; a plurality of ports disposed in the connection section and each configured to receive an optical connector from an exterior of the cassette body , the plurality of ports including at least a first port disposed at the first port end of the connection section between the first and second fiber management sections , at least one second port disposed at the second port end of the connection section towards the first side of the cassette body , and at least one third port disposed at the second port end of the connection section towards the second side of the cassette body ; and an optical fiber arrangement disposed within the cassette body , the optical fiber arrangement optically coupling the first port with the second port .
An assembly device for an optical assembly, characterized in that it comprises: a grasping mechanism , configured to grasp a first sub-lens to be assembled, and to move the grasped first sub-lens in multiple degrees of freedom; a first fixing mechanism , configured to fix a second sub-lens to be assembled, wherein the grasping mechanism is movable relative to the first fixing mechanism, so that the first sub-lens and the second sub-lens form an optical system capable of imaging; a second fixing mechanism , configured to fix a photosensitive assembly; a data acquiring assembly , configured to be electrically connected to the photosensitive assembly fixed by the fixing mechanism and acquire image data output by the photosensitive assembly; and a material connecting assembly , configured to fix the first and second sub-lenses together; wherein the grasping mechanism includes a force feedback clamping jaw, the pressure of which is controllable in real time, so that the force feedback clamping jaw can grip the first sub-lens with a first pressure when the first sub-lens is moved with the grasping mechanism, and the force feedback clamping jaw can grip the first sub-lens with a second pressure when the material connecting assembly is utilized to fix the first and second sub-lenses together, wherein the second pressure is greater than the first pressure. a grasping mechanism , configured to grasp a first sub-lens to be assembled, and to move the grasped first sub-lens in multiple degrees of freedom; a first fixing mechanism , configured to fix a second sub-lens to be assembled, wherein the grasping mechanism is movable relative to the first fixing mechanism, so that the first sub-lens and the second sub-lens form an optical system capable of imaging; a second fixing mechanism , configured to fix a photosensitive assembly; a data acquiring assembly , configured to be electrically connected to the photosensitive assembly fixed by the fixing mechanism and acquire image data output by the photosensitive assembly; and a material connecting assembly , configured to fix the first and second sub-lenses together; wherein the grasping mechanism includes a force feedback clamping jaw, the pressure of which is controllable in real time, so that the force feedback clamping jaw can grip the first sub-lens with a first pressure when the first sub-lens is moved with the grasping mechanism, and the force feedback clamping jaw can grip the first sub-lens with a second pressure when the material connecting assembly is utilized to fix the first and second sub-lenses together, wherein the second pressure is greater than the first pressure.
A dome for a personal audio device , the dome forming a first flexible circumferential member and a second flexible circumferential member and comprising a guiding structure extending in a longitudinal direction and forming an interface for guiding sound from or to the personal audio device , wherein the guiding structure comprises a least one sound opening configured for passage of sound from or to the personal audio device in a direction transverse to the longitudinal direction of the guiding structure , and wherein the first flexible circumferential member is formed of a flexible material and is configured to at least partly close the sound opening during insertion of the dome into an ear canal of a user as movement of the dome into an ear canal may cause the first flexible circumferential member to be press against the opening to at least partly close the sound opening during insertion, characterised in that the dome further comprises a deviation member arranged adjacent to the first flexible circumferential member in the longitudinal direction, the deviation member being configured to at least partly close the sound opening and in that the deviation member comprises a substantially circular rim portion extending around the guiding structure .
A subsea high integrity pipeline protection system comprising: a fluid inlet ; a fluid outlet ; a first barrier valve connected between the fluid inlet and the fluid outlet ; a second barrier valve connected between the first barrier valve and the fluid outlet ; and a bypass circuit which allows fluid to circumvent the barrier valves when closed; a logic solver connected to the first and second barrier valves , first, second and third bypass valves and a pressure sensor (15 - 17); characterized in that the bypass circuit includes first and second bypass valves connected in series, a flow reducing device downstream of the second bypass valve and a third bypass valve connected in parallel to the second bypass valve ; and wherein provided the pressure downstream of the closed barrier valve has fallen to a safe level as measured by the pressure sensor (15 - 17), the bypass valves are opened. a fluid inlet ; a fluid outlet ; a first barrier valve connected between the fluid inlet and the fluid outlet ; a second barrier valve connected between the first barrier valve and the fluid outlet ; and a bypass circuit which allows fluid to circumvent the barrier valves when closed; a logic solver connected to the first and second barrier valves , first, second and third bypass valves and a pressure sensor (15 - 17); characterized in that the bypass circuit includes first and second bypass valves connected in series, a flow reducing device downstream of the second bypass valve and a third bypass valve connected in parallel to the second bypass valve ; and wherein provided the pressure downstream of the closed barrier valve has fallen to a safe level as measured by the pressure sensor (15 - 17), the bypass valves are opened.
Pharmaceutical formulation for producing an infusion solution, characterised in that it contains hypericin and/or pseudohypericin dissolved in an alcohol, stabilised with a basic salt, in particular a sodium salt, and a solubuliser and it is water-free.
A cutter head with a tube for removing a mixture comprising water and solid materials from a water bottom, said cutter head being rotatable around a rotation axis , said cutter head comprising blades helically placed around the rotation axis with a leading edge at a position directed away from said rotation axis, for collecting and transporting said mixture, wherein the blades extend from a central axis positioned near the rotation axis towards the leading edge for providing a substantially continuous transport route towards a tube connected to said cutter head, such that said mixture is transported between a first side of a first blade part and an opposite side of an adjacent second blade part towards the tube connected to said cutter head, characterized in that said tube comprises a transport screw with at least one blade, the at least one blade being an extension of the at least one blade of the cutter head. the blades extend from a central axis positioned near the rotation axis towards the leading edge for providing a substantially continuous transport route towards a tube connected to said cutter head, such that said mixture is transported between a first side of a first blade part and an opposite side of an adjacent second blade part towards the tube connected to said cutter head, characterized in that said tube comprises a transport screw with at least one blade, the at least one blade being an extension of the at least one blade of the cutter head.
A method performed by a learning machine process on a node in a computer network comprising a plurality of nodes (11-45), the method comprising: determining a plurality of monitored network properties in the computer network ; determining a subset of relevant network properties of the plurality of network properties, the determining comprising determining one or more network properties that have a value measure of variability above a given threshold; determining a corresponding subset of irrelevant network properties based on the subset of relevant network properties, wherein irrelevant network properties comprise properties having a value measure of variability below the given threshold; and informing a network management server, NMS , of the irrelevant network properties to reduce a rate of monitoring the irrelevant network properties, the NMS dynamically configuring the nodes of the computer network to retrieve only the relevant network properties. determining a plurality of monitored network properties in the computer network ; determining a subset of relevant network properties of the plurality of network properties, the determining comprising determining one or more network properties that have a value measure of variability above a given threshold; determining a corresponding subset of irrelevant network properties based on the subset of relevant network properties, wherein irrelevant network properties comprise properties having a value measure of variability below the given threshold; and informing a network management server, NMS , of the irrelevant network properties to reduce a rate of monitoring the irrelevant network properties, the NMS dynamically configuring the nodes of the computer network to retrieve only the relevant network properties.
An aerosol-generating device for generating an aerosol from an aerosol-forming substrate , the aerosol-generating device being configured to generate the aerosol during a usage session progressing through a plurality of sequential phases between a usage session start and a usage session stop, the aerosol-generating device comprising: a timer , a haptic output unit , a controller , and an accelerometer , in which progress of the usage session through the plurality of sequential phases is controlled by the controller in response to timing signals from the timer and in response to signals representative of a monitored user interaction parameter, in which the accelerometer is configured to detect movement of the aerosol-generating device associated with a predetermined gesture and send a signal to the controller, in which the signal provided by the accelerometer is analysed to determine if the gesture detected is a gesture indicating a usage session progress query and, if the detected signal is determined to be a usage session progress query, the controller is configured to determine the current phase of the usage session and send a signal to the haptic output unit to emit an indication of the progress of the usage session, and in which the controller is configured to control the haptic output unit to emit a different haptic output during each of the plurality of sequential phases to indicate progress of the usage session. a timer , a haptic output unit , a controller , and an accelerometer , in which progress of the usage session through the plurality of sequential phases is controlled by the controller in response to timing signals from the timer and in response to signals representative of a monitored user interaction parameter, in which the accelerometer is configured to detect movement of the aerosol-generating device associated with a predetermined gesture and send a signal to the controller, in which the signal provided by the accelerometer is analysed to determine if the gesture detected is a gesture indicating a usage session progress query and, if the detected signal is determined to be a usage session progress query, the controller is configured to determine the current phase of the usage session and send a signal to the haptic output unit to emit an indication of the progress of the usage session, and in which the controller is configured to control the haptic output unit to emit a different haptic output during each of the plurality of sequential phases to indicate progress of the usage session.