mhurhangee/ep-ind-claims huggingface dataset:
An electronic circuit comprising: - a first input terminal configured to receive a first input signal (Vin); - an output terminal configured to issue an output signal (Vout); - a feedback loop connecting an internal circuit node with said output terminal; - an amplifier having a first terminal, or non-inverting terminal, connected to the first input terminal and a second terminal, or inverting terminal, connected to the node, said amplifier being configured to receive in input said first input signal (Vin) and to generate in output said output signal; - a first impedance (Zr), or reference impedance, connected to said node and to said output terminal along said feedback loop; and - an actuator configured to generate a physical quantity, the impedance of said actuator, or second impedance, being dependent on said physical quantity; wherein said actuator is connected to said internal circuit node in such a way that the output signal (Vout) depends on the input signal (Vin), on the reference impedance (Zr) and on the physical quantity; characterized in that said electronic circuit comprises a second input terminal configured for receiving a second input signal (Vr), and in that said actuator is connected to said second input terminal. - a first input terminal configured to receive a first input signal (Vin); - an output terminal configured to issue an output signal (Vout); - a feedback loop connecting an internal circuit node with said output terminal; - an amplifier having a first terminal, or non-inverting terminal, connected to the first input terminal and a second terminal, or inverting terminal, connected to the node, said amplifier being configured to receive in input said first input signal (Vin) and to generate in output said output signal; - a first impedance (Zr), or reference impedance, connected to said node and to said output terminal along said feedback loop; and - an actuator configured to generate a physical quantity, the impedance of said actuator, or second impedance, being dependent on said physical quantity;
A method of establishing a secure access connection with an electronic device, the method comprising: receiving, by a connection manager of a host device, a request for establishing the secure access connection, from an electronic device, via an access point associated with the electronic device through which communication messages to and from the host device are routed; dynamically determining, by the connection manager, at least a local reputation score associated with the access point, based on at least a plurality of parameters and pre-defined weights assigned to each of the plurality of parameters, wherein the plurality of parameters comprises at least one of: a data transfer speed associated with the access point, a delay in data transfer associated with the access point, a jitter associated with the access point, an uptime of the access point, an availability status of the access point for communication, and the number of network nodes connected to the access point; and establishing, by the connection manager, the secure access connection between the host device and the electronic device, via the access point, based on a comparison of an updated global reputation score with a pre-defined threshold, wherein the global reputation score is updated based on the dynamically determined local reputation score. receiving, by a connection manager of a host device, a request for establishing the secure access connection, from an electronic device, via an access point associated with the electronic device through which communication messages to and from the host device are routed; dynamically determining, by the connection manager, at least a local reputation score associated with the access point, based on at least a plurality of parameters and pre-defined weights assigned to each of the plurality of parameters, wherein the plurality of parameters comprises at least one of: a data transfer speed associated with the access point, a delay in data transfer associated with the access point, a jitter associated with the access point, an uptime of the access point, an availability status of the access point for communication, and the number of network nodes connected to the access point; and establishing, by the connection manager, the secure access connection between the host device and the electronic device, via the access point, based on a comparison of an updated global reputation score with a pre-defined threshold, wherein the global reputation score is updated based on the dynamically determined local reputation score.
A method of differentiating biological particles from inert particles in a fluid sample which comprises drawing the fluid sample through an entrance nozzle, the entrance nozzle being aligned with an exit nozzle for allowing a particle stream to pass through a path of a focused beam of light in a sample area; simultaneously measuring particle size and detecting intrinsic fluorescence from the particle stream wherein fluorescence intensity is measured and assigned a value, and including the step of classifying the particle as either inert or biological based on particle size and fluorescence intensity, and further including providing a pair of elliptical reflectors (130, 131) forming an enclosure around the sample area with openings for the entrance nozzle and the exit nozzle, and wherein fluorescence is measured using two fluorescence detectors (132, 133), each of which receives fluorescence light captured by one of said two elliptical reflectors, wherein the pair of elliptical mirrors (130, 131) is located in a particle sampling region such that an intersection of the incoming particle stream and the beam of light are at one foci of each ellipsoid, and one of said two fluorescence detectors (132, 133) lies at the other foci, wherein each of said fluorescence detectors (132, 133) produce a signal, said signals being compared, so that a fluorescence signal can be distinguished from noise, to determine relevant data, and wherein particle size is measured by the following steps: sending the focused beam of light through the sample, whereby portions of the beam of light are scattered at various angles by particles of various sizes present in the sample area, and unscattered portions of the beam of light remain unscattered; blocking at least the unscattered portion of the beam of light and limiting a range of particle sizes measured by arranging a beam blocking device on an opposite side of the sample area; and positioning a particle size detector in the light path after the beam blocking device for detecting a portion of forward scattered light, and producing an output including information on the size of a single particle in the light path. sending the focused beam of light through the sample, whereby portions of the beam of light are scattered at various angles by particles of various sizes present in the sample area, and unscattered portions of the beam of light remain unscattered; blocking at least the unscattered portion of the beam of light and limiting a range of particle sizes measured by arranging a beam blocking device on an opposite side of the sample area; and positioning a particle size detector in the light path after the beam blocking device for detecting a portion of forward scattered light, and producing an output including information on the size of a single particle in the light path.
Support, in particular for semi-trailers, wherein the support comprises an outer support tube, having a support plate arranged therein and an inner support tube adjustable along a longitudinal axis (y), wherein the support inner tube is connected to a spindle nut which engages or can be brought into engagement with a threaded portion of a spindle, wherein the spindle can be driven via a gear portion, wherein said gear portion comprises a bevel gear set including a crown gear having a hub portion, said hub portion being adapted to transmit torque to said spindle about said longitudinal axis (y), wherein the spindle is passed through a hole of the support plate, and is supported by the support plate characterized in that the bearing of the spindle is designed to float in the support plate.
A wire for I-shape oil rings, comprising: a left and a right rail section, and a web section connecting the rail sections with each other and having oil holes as through holes formed by melting, the wire having a diameter of not more than 10 mm which is defined by a circle circumscribing a contour of a cross section of the wire, a melted and solidified region formed on an inner side of each of the through holes so as to extend along a depth of the through holes, wherein an inlet of each of the through holes is located on an incident side of the web section on which a laser for forming the through holes is incident and an outlet of each of the through holes is located on a side opposite to the incident side, wherein a diameter of an outlet of the through hole is smaller than a diameter of an inlet of the through hole, characterized in that a remelted and solidified portion formed by integrating the wire for an I-shape oil ring and solidified residues, wherein the remelted and solidified portion does not exist on the incident side of the through holes and is formed at a peripheral portion of an outlet of each of the through holes, wherein the remelted and solidified portion extends past the melted and solidified region around the through hole but does not to extend more than 200μm from the periphery of the through hole, when viewing a cross section of the wire taken along the axis of the through hole, and wherein the remelted and solidified portion is formed so as not to exceed 100μm in the depth direction from the outlet of the through hole. a left and a right rail section, and a web section connecting the rail sections with each other and having oil holes as through holes formed by melting, the wire having a diameter of not more than 10 mm which is defined by a circle circumscribing a contour of a cross section of the wire, a melted and solidified region formed on an inner side of each of the through holes so as to extend along a depth of the through holes, wherein an inlet of each of the through holes is located on an incident side of the web section on which a laser for forming the through holes is incident and an outlet of each of the through holes is located on a side opposite to the incident side, wherein a diameter of an outlet of the through hole is smaller than a diameter of an inlet of the through hole, characterized in that a remelted and solidified portion formed by integrating the wire for an I-shape oil ring and solidified residues, wherein the remelted and solidified portion does not exist on the incident side of the through holes and is formed at a peripheral portion of an outlet of each of the through holes, wherein the remelted and solidified portion extends past the melted and solidified region around the through hole but does not to extend more than 200μm from the periphery of the through hole, when viewing a cross section of the wire taken along the axis of the through hole, and wherein the remelted and solidified portion is formed so as not to exceed 100μm in the depth direction from the outlet of the through hole.
An electric power distribution apparatus composed of a tubular pipe comprising one or more cavities suitable for receiving removable electronic modules equipped with a wireless optical beam communication, FSO, allowing said removable electronic modules to transmit and receive digital frames, said wireless optical beam communication operating inside the tubular pipe
Marking comprising on a surface: a first pattern for coding a first numerical information item on said surface, the first pattern comprising a specific arrangement of a plurality of symbols belonging to a set of symbols, each symbol in the arrangement being intended for the coding of a portion of said numerical information item, each symbol including at least one differential pair of elements positioned in a specific way, each element having a parameter, the parameter of the first element of each differential pair having a first value and the parameter of the second element of each differential pair having a second value different from the first value and a difference between said first value and said second value cannot be detected by the naked eye, a second pattern for coding a second numerical information item on said surface, said second pattern being a one-dimensional barcode or a two-dimensional barcode, wherein the first and second pattern are adapted to be read under corresponding distinct first and second reading conditions, and the first pattern is embedded either in at least one black portion of the barcode or in at least one white portion of the barcode. a first pattern for coding a first numerical information item on said surface, the first pattern comprising a specific arrangement of a plurality of symbols belonging to a set of symbols, each symbol in the arrangement being intended for the coding of a portion of said numerical information item, each symbol including at least one differential pair of elements positioned in a specific way, each element having a parameter, the parameter of the first element of each differential pair having a first value and the parameter of the second element of each differential pair having a second value different from the first value and a difference between said first value and said second value cannot be detected by the naked eye, a second pattern for coding a second numerical information item on said surface, said second pattern being a one-dimensional barcode or a two-dimensional barcode, wherein the first and second pattern are adapted to be read under corresponding distinct first and second reading conditions, and the first pattern is embedded either in at least one black portion of the barcode or in at least one white portion of the barcode.
A cap assembly comprising: a cap; a sleeve element having a proximal and a distal part, the sleeve element being graspable by the hand of a user, the sleeve element is arranged to at least partially enclose a body of a medicament delivery device, the body is elongated along a longitudinal axis, and having a proximal and a distal end, - the cap is graspable by the hand of a user and removably attached to the proximal end of the body, wherein the cap is rotationally locked in relation to the body, characterized in that the sleeve element is arranged to be non-removably attached to the body, but rotatebly relative to the body around the longitudinal axis, the sleeve element is arranged to interact with the cap such that when the sleeve element is rotated relative to the body, the cap is displaced proximally in relation to the body. a cap; a sleeve element having a proximal and a distal part, the sleeve element being graspable by the hand of a user, the sleeve element is arranged to at least partially enclose a body of a medicament delivery device, the body is elongated along a longitudinal axis, and having a proximal and a distal end, - the cap is graspable by the hand of a user and removably attached to the proximal end of the body, wherein the cap is rotationally locked in relation to the body, - the cap is graspable by the hand of a user and removably attached to the proximal end of the body, wherein the cap is rotationally locked in relation to the body, characterized in that the sleeve element is arranged to be non-removably attached to the body, but rotatebly relative to the body around the longitudinal axis, the sleeve element is arranged to interact with the cap such that when the sleeve element is rotated relative to the body, the cap is displaced proximally in relation to the body.
Breast shield unit of a breast pump for expressing human breastmilk, the breast shield unit comprising a breast shield to be placed onto a mother's breast, a breastmilk collection container for receiving expressed breastmilk, an adapter for connecting the breast shield to the breastmilk collection container and a valve head, with a breastmilk channel extending from the breast shield into the breastmilk collection container through the adapter and the valve head, and the valve head comprising a valve, said valve closing and opening the breastmilk channel during the pumping action, wherein a fill level sensor for measuring a fill level of the breastmilk collection container is arranged in the valve head, characterized in that a position sensor is further present in the valve head, the position sensor detecting the position of the breastmilk collection container in three-dimensional space and hence the oblique position thereof in three-dimensional space.
A method for providing backup control for a supervisory controller of at least one wind turbine, the method comprising: observing, via a learning-based backup controller of the at least one wind turbine, at least one operating parameter of the supervisory controller under normal operation; learning, via the learning-based backup controller, one or more control actions of the at least one wind turbine based on the at least one operating parameter; receiving, via the learning-based backup controller, an indication that the supervisory controller is unavailable to continue the normal operation; and upon receipt of the indication, controlling, via the learning-based backup controller, the at least one wind turbine using the learned one or more control actions until the supervisory controller becomes available again, wherein the one or more control actions defines a delta that one or more setpoints of the at least one wind turbine should be adjusted by to achieve a desired outcome. observing, via a learning-based backup controller of the at least one wind turbine, at least one operating parameter of the supervisory controller under normal operation; learning, via the learning-based backup controller, one or more control actions of the at least one wind turbine based on the at least one operating parameter; receiving, via the learning-based backup controller, an indication that the supervisory controller is unavailable to continue the normal operation; and upon receipt of the indication, controlling, via the learning-based backup controller, the at least one wind turbine using the learned one or more control actions until the supervisory controller becomes available again, wherein the one or more control actions defines a delta that one or more setpoints of the at least one wind turbine should be adjusted by to achieve a desired outcome.
A method of providing location services, comprising: sending signaling to a radio access network, RAN, to initiate periodic reporting of location of a user equipment, UE, to a client entity, wherein the signaling sent to the RAN comprises a location reporting control message including periodic location information indicative of when to send location estimates for the UE to the client entity, and wherein the RAN coordinates and controls the periodic reporting of UE location to the client entity, wherein coordinating and controlling the periodic reporting comprises: sending a measurement control message from the RAN to the UE; determining in the RAN whether to invoke a message flow for periodic location reporting or to repeat a message flow for a single location request based on whether an information element value of the location reporting control message is compatible with a corresponding information element value of the measurement control message; and for each location reporting indicated by the periodic location information, receiving from the RAN a location estimate for the UE, and sending the location estimate for the UE toward the client entity; and wherein the UE initiates each location reporting by sending a measurement report to the RAN. sending signaling to a radio access network, RAN, to initiate periodic reporting of location of a user equipment, UE, to a client entity, wherein the signaling sent to the RAN comprises a location reporting control message including periodic location information indicative of when to send location estimates for the UE to the client entity, and wherein the RAN coordinates and controls the periodic reporting of UE location to the client entity, wherein coordinating and controlling the periodic reporting comprises: sending a measurement control message from the RAN to the UE; determining in the RAN whether to invoke a message flow for periodic location reporting or to repeat a message flow for a single location request based on whether an information element value of the location reporting control message is compatible with a corresponding information element value of the measurement control message; and for each location reporting indicated by the periodic location information, receiving from the RAN a location estimate for the UE, and sending a measurement control message from the RAN to the UE; determining in the RAN whether to invoke a message flow for periodic location reporting or to repeat a message flow for a single location request based on whether an information element value of the location reporting control message is compatible with a corresponding information element value of the measurement control message; and for each location reporting indicated by the periodic location information, receiving from the RAN a location estimate for the UE, and sending the location estimate for the UE toward the client entity; and wherein the UE initiates each location reporting by sending a measurement report to the RAN.
Method for repeatedly starting an operating system (GPOS) on computer hardware having an EFI (Extensible Firmware Interface) or a UEFI (Unified Extensible Firmware Interface), wherein the operating system is started under the control of a virtualization controller (hypervisor), wherein, after the computer hardware has been started, EFI or UEFI loading routines are copied to a main memory of the computer hardware, and wherein the operating system (GPOS), for starting, reads an EFI or UEFI system table with references to the EFI or UEFI loading routines from the main memory and calls the EFI or UEFI loading routines, wherein ExitBootServices of the EFI or UEFI loading routines are called by the operating system while it is being started or after it has been started, characterized in that deactivation of the EFI or UEFI loading routines is prevented while starting the operating system and at the runtime of the operating system (GPOS) by providing a modified version for the ExitBootServices function and executing the modified version when the ExitBootServices function of the EFI or UEFI loading routines is called by the operating system (GPOS).
An access tunnel system with at least one access tunnel (10, 13, 14) for sheltered guidance of persons to a vehicle, an aircraft, a building, wherein a junction element is provided, into which the access tunnel leads and to which at least one other access tunnel is connected, wherein the access tunnels (10, 13, 14) are formed by tunnel elements, characterized in that the tunnel elements are designed in such a manner that they are conically tapered in the direction of the longitudinal axis of each tunnel element, wherein the tunnel elements can be slid into each other, wherein the tunnel elements comprise rollers.