mhurhangee/patent-ind-claim-en huggingface dataset:
Evaluation circuit for evaluating the electrical signals (A) of an optoelectronic detector during the recording of fluorescence events with excitation by means of light pulses, the said optoelectronic detector being designed to detect photons, comprising - an analogue-to-digital converter having an input for connection to an output of the detector and having an output for outputting a digital value (a), a shift register having at least one data input, a clock input, a plurality of register stages and at least one data output, wherein the output of the analogue-to-digital converter is connected to the data input of the shift register , - wherein the evaluation circuit is configured such that light intensities recorded at different times during an illumination cycle by means of the detector and in the form of the digital values output by means of the analogue-to-digital converter are stored independently of one another in the stages of the shift register by virtue of the digital values being applied to the data input of the shift register and the contents of the register stages being shifted to the respective next register stage, the shift register is three or more bits wide in binary logic and a plurality of simultaneously detected fluorescence events are stored in the same register stage, characterized - in that a single bit for a marking value is reserved in each register stage of the shift register a plurality of bits wide, while the remaining bits are available for recording the digital values, with two time windows within an illumination cycle being defined by the marking value. - an analogue-to-digital converter having an input for connection to an output of the detector and having an output for outputting a digital value (a), a shift register having at least one data input, a clock input, a plurality of register stages and at least one data output, wherein the output of the analogue-to-digital converter is connected to the data input of the shift register , - wherein the evaluation circuit is configured such that light intensities recorded at different times during an illumination cycle by means of the detector and in the form of the digital values output by means of the analogue-to-digital converter are stored independently of one another in the stages of the shift register by virtue of the digital values being applied to the data input of the shift register and the contents of the register stages being shifted to the respective next register stage, the shift register is three or more bits wide in binary logic and a plurality of simultaneously detected fluorescence events are stored in the same register stage, characterized - in that a single bit for a marking value is reserved in each register stage of the shift register a plurality of bits wide, while the remaining bits are available for recording the digital values, with two time windows within an illumination cycle being defined by the marking value.
A fairing system configured to be positioned on a roof of a vehicle, the fairing system having a forward end and a rearward end , the fairing system comprising: a flow controlling outer body defining a central forward opening ; at least one actuatable panel movably coupled to the flow controlling outer body ; a central body aligned with the central forward opening of the flow controlling outer body ; at least one air channel open to the central forward opening that extends between the at least one actuatable panel and the central body ; at least one actuator configured to move the at least one actuatable panel through a plurality of positions to direct an air flow along at least one of 1) the at least one air channel and 2) an outboard side of the at least one actuatable panel ; characterized in that the fairing system further comprises at least one sensor configured to obtain data indicative of a direction of air flow impinging the fairing system when the fairing system is coupled to the vehicle; and at least one controller that is electronically coupled to the at least one actuator , wherein the at least one controller is configured to a) determine the direction of air flow based on the data obtained from the at least one sensor , and b) responsive to the determination of the direction of air flow, to cause the at least one actuatable panel to move between the plurality of positions to direct the air flow through a first flow path or a second flow path. a flow controlling outer body defining a central forward opening ; at least one actuatable panel movably coupled to the flow controlling outer body ; a central body aligned with the central forward opening of the flow controlling outer body ; at least one air channel open to the central forward opening that extends between the at least one actuatable panel and the central body ; at least one actuator configured to move the at least one actuatable panel through a plurality of positions to direct an air flow along at least one of 1) the at least one air channel and 2) an outboard side of the at least one actuatable panel ; characterized in that the fairing system further comprises at least one sensor configured to obtain data indicative of a direction of air flow impinging the fairing system when the fairing system is coupled to the vehicle; and at least one controller that is electronically coupled to the at least one actuator , wherein the at least one controller is configured to a) determine the direction of air flow based on the data obtained from the at least one sensor , and b) responsive to the determination of the direction of air flow, to cause the at least one actuatable panel to move between the plurality of positions to direct the air flow through a first flow path or a second flow path.
A combination of a spacecraft and an apparatus, wherein the apparatus comprises: a group of panels in a folded configuration against a number of sides of the spacecraft ; a group of flexible members connected to the group of panels ; and an interface system associated with the group of panels and the group of flexible members , wherein the interface system is configured to move the group of panels from the folded configuration to a deployed configuration when the group of flexible members is extended from the spacecraft , wherein the interface system comprises: connectors associated with the group of panels and the group of flexible members , characterised in that each connector in the connectors comprises a channel and is configured to attach to a panel in the group of panels ; and a group of engagement structures associated with the group of flexible members , wherein an engagement structure in the group of engagement structures is configured to engage with a corresponding connector in the connectors to move the panel in the group of panels from the folded configuration to the deployed configuration . a group of panels in a folded configuration against a number of sides of the spacecraft ; a group of flexible members connected to the group of panels ; and an interface system associated with the group of panels and the group of flexible members , wherein the interface system is configured to move the group of panels from the folded configuration to a deployed configuration when the group of flexible members is extended from the spacecraft , wherein the interface system comprises: connectors associated with the group of panels and the group of flexible members , characterised in that each connector in the connectors comprises a channel and is configured to attach to a panel in the group of panels ; and a group of engagement structures associated with the group of flexible members , wherein an engagement structure in the group of engagement structures is configured to engage with a corresponding connector in the connectors to move the panel in the group of panels from the folded configuration to the deployed configuration . connectors associated with the group of panels and the group of flexible members , characterised in that each connector in the connectors comprises a channel and is configured to attach to a panel in the group of panels ; and a group of engagement structures associated with the group of flexible members , wherein an engagement structure in the group of engagement structures is configured to engage with a corresponding connector in the connectors to move the panel in the group of panels from the folded configuration to the deployed configuration .
A method for distributed dynamic spectrum allocation performed by a source device, comprising: selecting appropriate power nodes comprising: selecting randomly a plurality of devices as initial power nodes; sending (S101) to the initial power nodes a query message indicating that the source device requests to find an idle licensed spectrum; eliminating power nodes which respond with wrong information or no information to the source device from the initial power nodes to select the appropriate power nodes, receiving (S102) from the appropriate power nodes a query response message indicating licensed spectrums; and determining (S103) whether the licensed spectrums are idle and selecting an idle licensed spectrum from the licensed spectrums to be used.
A method of receiving a frame over a shared channel, the frame being one of a protocol that defines for the frame at least an address part and a payload data part , an address of a target device being split into a first part and a second part, the first part being allocated in the address part and the second part being allocated in the payload data part , the method comprising the steps of: - receiving the address part of a frame ; - processing the received address part for determining whether the first part allocated in the received address part matches a first part of the target device address; - receiving the payload data part of the frame ; - if the first part allocated in the received address part matches the first part of the target device address, extracting the second part from the received payload data part ; - determining that the frame is addressed to the target device if the extracted second part matches a second part of the target device address; and - putting communication equipment handling the receiving of the address part and the payload data part of the frame into a power-save mode if it is determined that the first part allocated in the received address part does not match the first part of the target device address. - receiving the address part of a frame ; - processing the received address part for determining whether the first part allocated in the received address part matches a first part of the target device address; - receiving the payload data part of the frame ; - if the first part allocated in the received address part matches the first part of the target device address, extracting the second part from the received payload data part ; - determining that the frame is addressed to the target device if the extracted second part matches a second part of the target device address; and - putting communication equipment handling the receiving of the address part and the payload data part of the frame into a power-save mode if it is determined that the first part allocated in the received address part does not match the first part of the target device address.
Timepiece comprising a mechanical movement which comprises: - an indicator mechanism of at least one time data item, - a mechanical resonator suitable for oscillating along a general oscillation axis about a neutral position corresponding to the minimum potential energy state thereof, - a maintenance device of the mechanical resonator forming therewith a mechanical oscillator which is arranged to time the running of the indicator mechanism; the timepiece further comprising a device for regulating the medium frequency of the mechanical oscillator, this regulation device comprising a mechanical braking device of the mechanical resonator; characterised in that the mechanical braking device is arranged to be able to apply to said mechanical resonator a dissipative mechanical braking torque during periodic braking pulses which are generated at a braking frequency selected merely as a function of a set-point frequency for said mechanical oscillator and determined by an auxiliary oscillator associated with the regulation device, the system formed of the mechanical resonator and the mechanical braking device being configured so as to enable the mechanical braking device to be able to start said periodic braking pulses at any position of the mechanical resonator in a range of positions, along said general oscillation axis, which extends at least on a first of the two sides from the neutral position of the mechanical resonator over at least a range of amplitudes that the mechanical oscillator is liable to have on this first side for a usable operating range of this mechanical oscillator. - an indicator mechanism of at least one time data item, - a mechanical resonator suitable for oscillating along a general oscillation axis about a neutral position corresponding to the minimum potential energy state thereof, - a maintenance device of the mechanical resonator forming therewith a mechanical oscillator which is arranged to time the running of the indicator mechanism; the timepiece further comprising a device for regulating the medium frequency of the mechanical oscillator, this regulation device comprising a mechanical braking device of the mechanical resonator; characterised in that the mechanical braking device is arranged to be able to apply to said mechanical resonator a dissipative mechanical braking torque during periodic braking pulses which are generated at a braking frequency selected merely as a function of a set-point frequency for said mechanical oscillator and determined by an auxiliary oscillator associated with the regulation device, the system formed of the mechanical resonator and the mechanical braking device being configured so as to enable the mechanical braking device to be able to start said periodic braking pulses at any position of the mechanical resonator in a range of positions, along said general oscillation axis, which extends at least on a first of the two sides from the neutral position of the mechanical resonator over at least a range of amplitudes that the mechanical oscillator is liable to have on this first side for a usable operating range of this mechanical oscillator.
An Anchor Master AM node management method, wherein the method is used in a neighbor awareness network and comprises: receiving, by a first node, a first synchronization beacon frame sent by a second node in the neighbor awareness network, wherein the first synchronization beacon frame carries first Anchor Master information, the first Anchor Master information comprises a first Anchor Master Rank AMR, the first AMR comprises first Medium Access Control MAC address information, wherein Anchor Master information in the first node comprises a second AMR, and the second AMR comprises second MAC address information; characterized in comprising: updating, by the first node, the Anchor Master information in the first node when the first AMR is lower than the second AMR, the first MAC address information is the same as the second MAC address information, and a Master Rank MR of the first node is higher than the first AMR; and sending, by the first node, a second synchronization beacon frame when a preset node status of the first node is a synchronization state; or skipping sending, by the first node, a synchronization beacon frame when a preset node status of the first node is a non-synchronization state; wherein the preset node status of the first node comprises: a state of the first node within a previous discovery window. updating, by the first node, the Anchor Master information in the first node when the first AMR is lower than the second AMR, the first MAC address information is the same as the second MAC address information, and a Master Rank MR of the first node is higher than the first AMR; and sending, by the first node, a second synchronization beacon frame when a preset node status of the first node is a synchronization state; or skipping sending, by the first node, a synchronization beacon frame when a preset node status of the first node is a non-synchronization state; wherein the preset node status of the first node comprises: a state of the first node within a previous discovery window.
Lid assembly for a spout of a package being filled with a pourable product; the lid assembly comprises at least: - a coupling ring arrangeable around a portion of the spout; - a lid configured to selectively close and open a pouring outlet of the spout; and - a connecting unit connecting the lid to the coupling ring ; wherein the lid is controllable in a closed configuration in which the lid is configured to cover the pouring outlet and in an open configuration in which the lid is configured to open the pouring outlet; wherein the lid is in an initial state in which the lid is in the closed configuration and prior to any control of the lid from the closed configuration to the open configuration and a used state in which the lid has been controlled at least once from the closed configuration to the open configuration; wherein the lid assembly comprises a tamper-evidence unit associated to the coupling ring and the lid ; wherein the tamper-evidence unit comprises a tamper-evidence element fixedly connected to one of the coupling ring and the lid and a housing seat associated to the other one of the coupling ring and the lid ; wherein at least a portion of the tamper-evidence element is arranged in the housing seat with the lid being in the initial state; and wherein the tamper-evidence element is detached from the housing seat with the lid being in the used state, characterized in that the tamper-evidence element is deflectable. the lid assembly comprises at least: - a coupling ring arrangeable around a portion of the spout; - a lid configured to selectively close and open a pouring outlet of the spout; and - a connecting unit connecting the lid to the coupling ring ; - a coupling ring arrangeable around a portion of the spout; - a lid configured to selectively close and open a pouring outlet of the spout; and - a connecting unit connecting the lid to the coupling ring ; wherein the lid is controllable in a closed configuration in which the lid is configured to cover the pouring outlet and in an open configuration in which the lid is configured to open the pouring outlet; wherein the lid is in an initial state in which the lid is in the closed configuration and prior to any control of the lid from the closed configuration to the open configuration and a used state in which the lid has been controlled at least once from the closed configuration to the open configuration; wherein the lid assembly comprises a tamper-evidence unit associated to the coupling ring and the lid ; wherein the tamper-evidence unit comprises a tamper-evidence element fixedly connected to one of the coupling ring and the lid and a housing seat associated to the other one of the coupling ring and the lid ; wherein at least a portion of the tamper-evidence element is arranged in the housing seat with the lid being in the initial state; and wherein the tamper-evidence element is detached from the housing seat with the lid being in the used state, characterized in that the tamper-evidence element is deflectable.
A processor of a multi-user subscriber identity module, MUSIM, user equipment, UE , configured to perform operations comprising: initiating a first voice call with a first network associated with a first subscriber identity module, SIM, of the MUSIM UE ; receiving a paging request from a second network indicating an incoming voice call associated with a second SIM of the MUSIM UE , UD, wherein the paging request is received while the first voice call is active; performing a radio resource control, RRC, connection setup with the second network; performing one of accepting the incoming voice call or rejecting the incoming voice call; characterised in that when the incoming voice call is rejected: transmitting a UE assistance information, UAI, message to the second network including an RRC connection release request; and receiving an RRC connection release from the second network; and when the incoming voice call is accepted: terminating the first voice call; transmitting the UAI message to the first network including an RRC connection release request; and receiving the RRC connection release from the first network. initiating a first voice call with a first network associated with a first subscriber identity module, SIM, of the MUSIM UE ; receiving a paging request from a second network indicating an incoming voice call associated with a second SIM of the MUSIM UE , UD, wherein the paging request is received while the first voice call is active; performing a radio resource control, RRC, connection setup with the second network; performing one of accepting the incoming voice call or rejecting the incoming voice call; characterised in that when the incoming voice call is rejected: transmitting a UE assistance information, UAI, message to the second network including an RRC connection release request; and receiving an RRC connection release from the second network; and transmitting a UE assistance information, UAI, message to the second network including an RRC connection release request; and receiving an RRC connection release from the second network; and when the incoming voice call is accepted: terminating the first voice call; transmitting the UAI message to the first network including an RRC connection release request; and receiving the RRC connection release from the first network. terminating the first voice call; transmitting the UAI message to the first network including an RRC connection release request; and receiving the RRC connection release from the first network.
A roof antenna for a vehicle, the roof antenna comprising a cover which is connected to a baseplate of the roof antenna via a latching unit which comprises latching hooks which engage behind flexible latching lugs , wherein recesses are provided in the baseplate in the region of the latching unit that enable an engagement of a tool for releasing the engagement from behind, wherein the baseplate is made of metal and the latching hooks are formed in one piece at the baseplate , wherein the cover is made of plastic and the latching lugs are formed in one piece in the interior of the cover , wherein the latching lugs form an edge at their front end.
A computer-based method of creating a composite image (O41) of a patient, comprising the steps of a. providing a first image (I41) of a portion of a person, said first image having a first field of view the method characterized by the steps of b. providing a surface scan corresponding to the exterior of the person c. providing a second image (I42) of an outer contour of at least a part of the person based on the surface scan, said outer contour having an interior comprising an area of the patient corresponding to the first field of view and extending outside of the first field of view. d. providing (S41) approximate image data inside of the outer contour , to produce an approximate image of the interior of the person e. applying (S42) data from the first image (I41) in the area of the approximate image corresponding to the first field of view to create a composite image (O41). a. providing a first image (I41) of a portion of a person, said first image having a first field of view the method characterized by the steps of b. providing a surface scan corresponding to the exterior of the person c. providing a second image (I42) of an outer contour of at least a part of the person based on the surface scan, said outer contour having an interior comprising an area of the patient corresponding to the first field of view and extending outside of the first field of view. d. providing (S41) approximate image data inside of the outer contour , to produce an approximate image of the interior of the person e. applying (S42) data from the first image (I41) in the area of the approximate image corresponding to the first field of view to create a composite image (O41).