mhurhangee/patent-ind-claim-en huggingface dataset:
Method for generating a resultant test plan for testing a measurement object , wherein at least one dataset is generated by measuring the measurement object , wherein the measurement object or a part of the measurement object is assigned to at least one object class based on data, wherein a test plan assigned to the object class is determined as an object-class-specific test plan, and wherein the resultant test plan is determined as a function of the object-class-specific test plan, and characterized in that the assignment of the measurement object or of the part of the measurement object to an object class is independent of dimensions. wherein at least one dataset is generated by measuring the measurement object , wherein the measurement object or a part of the measurement object is assigned to at least one object class based on data, wherein a test plan assigned to the object class is determined as an object-class-specific test plan, and wherein the resultant test plan is determined as a function of the object-class-specific test plan, and characterized in that the assignment of the measurement object or of the part of the measurement object to an object class is independent of dimensions.
An aircraft environmental control system comprising: a gas turbine engine a pressure regulating turbomachine located within a supply line , selectively locationed with respect to the gas turbine engine; and a motor-generator coupled to the pressure regulating turbomachine , wherein the pressure regulating turbomachine is configured to supply energy to the motor-generator , and wherein the motor-generator is configured to supply energy to the pressure regulating turbomachine ; and characterized by a primary generator coupled to the motor-generator , and wherein the aircraft environmental control system is configured such that in response to pressure in the supply line being less than a desired pressure in the environmental control system, the primary generator transmits energy to the motor-generator causing the pressure regulating turbomachine to increase pressure in the supply line. a gas turbine engine a pressure regulating turbomachine located within a supply line , selectively locationed with respect to the gas turbine engine; and a motor-generator coupled to the pressure regulating turbomachine , wherein the pressure regulating turbomachine is configured to supply energy to the motor-generator , and wherein the motor-generator is configured to supply energy to the pressure regulating turbomachine ; and characterized by a primary generator coupled to the motor-generator , and wherein the aircraft environmental control system is configured such that in response to pressure in the supply line being less than a desired pressure in the environmental control system, the primary generator transmits energy to the motor-generator causing the pressure regulating turbomachine to increase pressure in the supply line.
An apparatus for diagnosing a state of a battery, which diagnoses a state of a battery module having at least one battery cell (B1; B2; B3), the apparatus comprising: a charging and discharging unit configured to charge or discharge the battery module ; a measuring unit configured to measure a current of the battery module at every predetermined period during a cycle in which the battery module is charged or discharged; and a control unit configured to receive a measurement value for the current of the battery module from the measuring unit , estimate a SOC, State of Charge, of the battery module during the cycle based on the received measurement value, calculate a change rate of the estimated SOC, and determine whether a defect occurs in the battery module based on a comparison result between the calculated change rate of the SOC and a preset reference change rate, characterized in that the control unit is configured to calculate an instant change rate of the estimated SOC, determine a plurality of peaks (P1; P2; P3) in the calculated instant change rate, select a peak closest to an intermediate time point of the cycle among the plurality of determined peaks (P1; P2; P3) as a target peak (Prefl), and determine whether a defect occurs in the battery module by comparing the selected target peak with a reference peak (Prefl) of the reference change rate. a charging and discharging unit configured to charge or discharge the battery module ; a measuring unit configured to measure a current of the battery module at every predetermined period during a cycle in which the battery module is charged or discharged; and a control unit configured to receive a measurement value for the current of the battery module from the measuring unit , estimate a SOC, State of Charge, of the battery module during the cycle based on the received measurement value, calculate a change rate of the estimated SOC, and determine whether a defect occurs in the battery module based on a comparison result between the calculated change rate of the SOC and a preset reference change rate, characterized in that the control unit is configured to calculate an instant change rate of the estimated SOC, determine a plurality of peaks (P1; P2; P3) in the calculated instant change rate, select a peak closest to an intermediate time point of the cycle among the plurality of determined peaks (P1; P2; P3) as a target peak (Prefl), and determine whether a defect occurs in the battery module by comparing the selected target peak with a reference peak (Prefl) of the reference change rate.
Device for perfusing an organ , said device comprising: - a fluid container , arranged in order to contain an organ immersed in a perfusion fluid , - a first channel comprising an inlet arranged in order to be submerged in the container, an outlet arranged in order to be submerged in the container, and at least one pump arranged in order to circulate the fluid from the inlet to the outlet of the first channel, - a second channel comprising an inlet arranged in order to be submerged in the container, an outlet arranged in order to be submerged in the container, and at least one pump arranged in order to circulate the fluid from the inlet to the outlet of the second channel, the outlet of the first channel being separate from the outlet of the second channel, said device further comprising, between the pump of the first channel and the outlet of the first channel and/or between the pump of the second channel and the outlet of the second channel, means for oxygenating the fluid arranged in order to create a difference in the oxygenation of the fluid between the outlet of the first channel and the outlet of the second channel, characterized in that said outlet of the first channel has a diameter smaller than a diameter of the outlet of the second channel, the oxygenation means being arranged for more oxygenating the fluid leaving the outlet of the first channel than the fluid leaving the outlet of the second channel. - a fluid container , arranged in order to contain an organ immersed in a perfusion fluid , - a first channel comprising an inlet arranged in order to be submerged in the container, an outlet arranged in order to be submerged in the container, and at least one pump arranged in order to circulate the fluid from the inlet to the outlet of the first channel, - a second channel comprising an inlet arranged in order to be submerged in the container, an outlet arranged in order to be submerged in the container, and at least one pump arranged in order to circulate the fluid from the inlet to the outlet of the second channel, the outlet of the first channel being separate from the outlet of the second channel, said device further comprising, between the pump of the first channel and the outlet of the first channel and/or between the pump of the second channel and the outlet of the second channel, means for oxygenating the fluid arranged in order to create a difference in the oxygenation of the fluid between the outlet of the first channel and the outlet of the second channel, characterized in that said outlet of the first channel has a diameter smaller than a diameter of the outlet of the second channel, the oxygenation means being arranged for more oxygenating the fluid leaving the outlet of the first channel than the fluid leaving the outlet of the second channel.
A method for providing landing lights operation data during a flight of an aircraft, by a computing device comprising at least one processor and a system memory element, the method comprising: obtaining a standard operating procedure (SOP) for operating landing lights onboard the aircraft during the flight, by the at least one processor, wherein the SOP comprises a customary industry-recommended practice for at least one of extension and retraction of the landing lights on the aircraft, and wherein execution of the SOP produces a flight efficiency level including at least fuel burn and drag parameters; determining an optimized operating procedure for the landing lights to increase the flight efficiency level to achieve an increased flight efficiency level, by the at least one processor, based on real-time contextual data; and presenting an advisory comprising at least graphical elements associated with the optimized operating procedure, a potential cost savings for the optimized operating procedure, and the increased flight efficiency level onboard the aircraft, via a display device communicatively coupled to the at least one processor. obtaining a standard operating procedure (SOP) for operating landing lights onboard the aircraft during the flight, by the at least one processor, wherein the SOP comprises a customary industry-recommended practice for at least one of extension and retraction of the landing lights on the aircraft, and wherein execution of the SOP produces a flight efficiency level including at least fuel burn and drag parameters; determining an optimized operating procedure for the landing lights to increase the flight efficiency level to achieve an increased flight efficiency level, by the at least one processor, based on real-time contextual data; and presenting an advisory comprising at least graphical elements associated with the optimized operating procedure, a potential cost savings for the optimized operating procedure, and the increased flight efficiency level onboard the aircraft, via a display device communicatively coupled to the at least one processor.
A computer-implemented medical method of predicting a dependency C i (p i ) of a radiotherapy (RT) quality criterion Cifrom an adjustment of a radiotherapy planning parameter p i , the method comprising the following steps: - providing geometric patient data geometrically describing an area of a patient, which is to be irradiated according to a radiotherapy treatment plan (step S1), - providing dose prescription data and treatment indication data for said patient (step S2), - predicting with a trained Artificial Intelligence (AI) module the dependency C i (p i ) of the radiotherapy quality criterion C i from the radiotherapy planning parameter p i when adjusting said radiotherapy planning parameter p i , thereby using the geometric patient data, the dose prescription data and the treatment indication data as input for the AI module (step S3), characterised in that the radiotherapy (RT) quality criterion Ci is selected from the group comprising RT delivery time, complexity of RT quality assurance (QA), a RT dose constraint, a RT volume constraint regarding a volume within the patient, a conformity index describing how well an irradiated area correlates with a planning target volume (PTV), a gradient index describing how quickly a RT radiation dose decreases with increasing distance to a target volume, and any combination thereof. - providing geometric patient data geometrically describing an area of a patient, which is to be irradiated according to a radiotherapy treatment plan (step S1), - providing dose prescription data and treatment indication data for said patient (step S2), - predicting with a trained Artificial Intelligence (AI) module the dependency C i (p i ) of the radiotherapy quality criterion C i from the radiotherapy planning parameter p i when adjusting said radiotherapy planning parameter p i , thereby using the geometric patient data, the dose prescription data and the treatment indication data as input for the AI module (step S3),
A system for controlling access of a mobile electronic device to vehicle network, comprising: a body area network for carrying signals through an occupant of a vehicle, wherein the network includes an electrode located in the seat of the vehicle and, a signal generator for providing a signal to the electrode; wherein the mobile electronic device is configured to detect the signal provided to the electrode and conducted through the body area network; wherein the mobile electronic device is configured to electronically couple to the vehicle network upon detecting the signal; characterized in that the vehicle network is configured to provide a security token to the mobile electronic device when the mobile electronic device is electronically coupled to the vehicle network and the system determines that the occupant is seated in the vehicle based on an amount of electric field coupling between the occupant and the electrode; and the vehicle network is configured to restrict remote access to the vehicle network to only mobile electronic devices having the provided security token. a body area network for carrying signals through an occupant of a vehicle, wherein the network includes an electrode located in the seat of the vehicle and, a signal generator for providing a signal to the electrode; wherein the mobile electronic device is configured to detect the signal provided to the electrode and conducted through the body area network; wherein the mobile electronic device is configured to electronically couple to the vehicle network upon detecting the signal; characterized in that the vehicle network is configured to provide a security token to the mobile electronic device when the mobile electronic device is electronically coupled to the vehicle network and the system determines that the occupant is seated in the vehicle based on an amount of electric field coupling between the occupant and the electrode; and the vehicle network is configured to restrict remote access to the vehicle network to only mobile electronic devices having the provided security token.
A needle-free injection device comprising: an outer housing ; an inner housing , receiving a needle-free syringe in one end , the inner housing being moveable within the outer housing between a syringe loading position and a firing position; an activation button operatively associated with the inner and outer housing; a hammer within the inner housing communicating with a plunger within the needle-free syringe ; a release mechanism engaged by the activation button to release stored energy to power the hammer , wherein the activation button can only engage the release mechanism when the housing is in the firing position, characterized by a housing lock engaged by the activation button to prohibit movement of the inner housing from the syringe loading position to the firing position when the activation button is activated in the syringe loading position. an outer housing ; an inner housing , receiving a needle-free syringe in one end , the inner housing being moveable within the outer housing between a syringe loading position and a firing position; an activation button operatively associated with the inner and outer housing; a hammer within the inner housing communicating with a plunger within the needle-free syringe ; a release mechanism engaged by the activation button to release stored energy to power the hammer , wherein the activation button can only engage the release mechanism when the housing is in the firing position, characterized by a housing lock engaged by the activation button to prohibit movement of the inner housing from the syringe loading position to the firing position when the activation button is activated in the syringe loading position.
A sealing ring , comprising: - an annular body having a circumferential profile ; - elastic members , peripherally coupled to the annular body and configured to counteract an expansion or a contraction of the annular body in a radial direction; wherein- the annular body comprises two or more sealing elements extending along circumferential sections, each sealing element extending between two opposite ends , the sealing elements being adjacent to each other to thereby define the circumferential profile of the annular body , each sealing element partially overlapping the sealing element adjacent thereto, - each sealing element has an inner surface , the inner surfaces of the sealing elements that make up the annular body define an inner circumferential profile of the annular body , - each sealing element has an outer surface , the outer surfaces of the sealing elements define an outer circumferential profile of the annular body , - each sealing element has two opposite lateral surfaces , connecting the inner surface and the outer surface , characterized in that - the elastic members comprise a pair of springs for each sealing element , the springs being located on two opposite lateral surfaces of the sealing elements of the annular body so that each pair of ends of two adjacent sealing elements comprises two springs , thereby each sealing element shares two springs with each adjacent sealing element . - an annular body having a circumferential profile ; - elastic members , peripherally coupled to the annular body and configured to counteract an expansion or a contraction of the annular body in a radial direction; wherein- the annular body comprises two or more sealing elements extending along circumferential sections, each sealing element extending between two opposite ends , the sealing elements being adjacent to each other to thereby define the circumferential profile of the annular body , each sealing element partially overlapping the sealing element adjacent thereto, - each sealing element has an inner surface , the inner surfaces of the sealing elements that make up the annular body define an inner circumferential profile of the annular body , - each sealing element has an outer surface , the outer surfaces of the sealing elements define an outer circumferential profile of the annular body , - each sealing element has two opposite lateral surfaces , connecting the inner surface and the outer surface , characterized in that - the elastic members comprise a pair of springs for each sealing element , the springs being located on two opposite lateral surfaces of the sealing elements of the annular body so that each pair of ends of two adjacent sealing elements comprises two springs , thereby each sealing element shares two springs with each adjacent sealing element .
A power consumption grading method for a network-based power supply system , wherein the network-based power supply system comprises power sourcing equipment and a powered device , the power sourcing equipment supplies power to the powered device over a network, and the method comprises: when the powered device detects that power overload protection for the power sourcing equipment is not triggered, starting (S320), by the powered device , a plurality of power modules (P0...PN) of the powered device one by one in a specific order until all the plurality of power modules (P0...PN) are started or the powered device detects that the power overload protection for the power sourcing equipment is triggered after a specific power module is started, wherein the powered device detects, based on a voltage signal and a current signal that are received from the network, whether the power overload protection for the power sourcing equipment is triggered; when the powered device detects that the power overload protection for the power sourcing equipment is triggered, selecting (S340), by the network-based power supply system according to the specific order and based on the specific power module, one or more of the plurality of power modules as a power module combination of the powered device ; when all the plurality of power modules (P0...PN) are started, selecting, by the network-based power supply system , the plurality of power modules (P0...PN) as the power module combination; and determining (S350), by the network-based power supply system , a load power of the powered device and a corresponding power consumption level based on the power module combination. when the powered device detects that power overload protection for the power sourcing equipment is not triggered, starting (S320), by the powered device , a plurality of power modules (P0...PN) of the powered device one by one in a specific order until all the plurality of power modules (P0...PN) are started or the powered device detects that the power overload protection for the power sourcing equipment is triggered after a specific power module is started, wherein the powered device detects, based on a voltage signal and a current signal that are received from the network, whether the power overload protection for the power sourcing equipment is triggered; when the powered device detects that the power overload protection for the power sourcing equipment is triggered, selecting (S340), by the network-based power supply system according to the specific order and based on the specific power module, one or more of the plurality of power modules as a power module combination of the powered device ; when all the plurality of power modules (P0...PN) are started, selecting, by the network-based power supply system , the plurality of power modules (P0...PN) as the power module combination; and determining (S350), by the network-based power supply system , a load power of the powered device and a corresponding power consumption level based on the power module combination.
An imaging system comprising: an illuminator for providing illumination on a region of interest; a detector for detecting reflections of the illumination; and a processing unit configured to: receive, from the detector, a first image containing the region of interest; determine a region of high specular reflection in the first image based on the reflections of the illumination on the region of interest; mask the first image by substituting a default color in the region of high specular reflection to create a masked first image; and generate a composite image based on the masked first image and a fluorescence image of the region of interest. an illuminator for providing illumination on a region of interest; a detector for detecting reflections of the illumination; and a processing unit configured to: receive, from the detector, a first image containing the region of interest; determine a region of high specular reflection in the first image based on the reflections of the illumination on the region of interest; mask the first image by substituting a default color in the region of high specular reflection to create a masked first image; and generate a composite image based on the masked first image and a fluorescence image of the region of interest. receive, from the detector, a first image containing the region of interest; determine a region of high specular reflection in the first image based on the reflections of the illumination on the region of interest; mask the first image by substituting a default color in the region of high specular reflection to create a masked first image; and generate a composite image based on the masked first image and a fluorescence image of the region of interest.