mhurhangee/patent-ind-claim-en huggingface dataset:
A system for controlling a pressure field around an aircraft in flight, the system comprising: a plurality of pressure sensors positionable at various locations on the aircraft so as to be situated to measure air pressure in a vicinity of corresponding portions of the aircraft's exterior; and an intermediate primary controller configured to control a movable component that is disposed in a position that alters the pressure field when the movable component moves while the aircraft is in flight; and a controller communicatively coupled with the plurality of pressure sensors, the controller configured: to receive information from each pressure sensor indicative of a respective air pressure, to compute a pressure field along the external surface of the aircraft based on the information, to determine when the pressure field deviates from a desired pressure field based on the information, and to transmit an instruction to the movable component onboard the aircraft that will cause the movable component to move in a manner that reduces the deviation via the intermediate primary controller, wherein the intermediate primary controller is configured to evaluate the instruction provided by the controller for compatibility with restrictions and limitations that govern a control of the intermediate primary controller over the movable component and, wherein the intermediate primary controller is further configured to not comply with the instruction transmitted by the controller in instances where the instruction is not compatible with restrictions and limitations programmed into the intermediate primary controller. a plurality of pressure sensors positionable at various locations on the aircraft so as to be situated to measure air pressure in a vicinity of corresponding portions of the aircraft's exterior; and an intermediate primary controller configured to control a movable component that is disposed in a position that alters the pressure field when the movable component moves while the aircraft is in flight; and a controller communicatively coupled with the plurality of pressure sensors, the controller configured: to receive information from each pressure sensor indicative of a respective air pressure, to compute a pressure field along the external surface of the aircraft based on the information, to determine when the pressure field deviates from a desired pressure field based on the information, and to transmit an instruction to the movable component onboard the aircraft that will cause the movable component to move in a manner that reduces the deviation via the intermediate primary controller, wherein the intermediate primary controller is configured to evaluate the instruction provided by the controller for compatibility with restrictions and limitations that govern a control of the intermediate primary controller over the movable component and, wherein the intermediate primary controller is further configured to not comply with the instruction transmitted by the controller in instances where the instruction is not compatible with restrictions and limitations programmed into the intermediate primary controller.
A cleaning sheet for being attached to a head portion of a cleaning tool comprising: an embossed part in which the sheet is compressed in a thickness direction thereof; outer fiber layers forming surfaces of the sheet; and an inner fiber layer sandwiched between the outer fiber layers, wherein fibers of the layers are entangled in boundary areas between the outer fiber layers and the inner fiber layer, characterized in that the cleaning sheet further comprises: folded portions (S) which are foldable along longitudinal edge portions of the head portion of the cleaning tool ; and a plurality of non-embossed parts arranged at predetermined intervals in a longitudinal direction (X) along the folded portions of the cleaning sheet, and the embossed part is disposed over an entire area of the cleaning sheet except areas in which the non-embossed parts are arranged. an embossed part in which the sheet is compressed in a thickness direction thereof; outer fiber layers forming surfaces of the sheet; and an inner fiber layer sandwiched between the outer fiber layers, wherein fibers of the layers are entangled in boundary areas between the outer fiber layers and the inner fiber layer, characterized in that the cleaning sheet further comprises: folded portions (S) which are foldable along longitudinal edge portions of the head portion of the cleaning tool ; and a plurality of non-embossed parts arranged at predetermined intervals in a longitudinal direction (X) along the folded portions of the cleaning sheet, and the embossed part is disposed over an entire area of the cleaning sheet except areas in which the non-embossed parts are arranged. folded portions (S) which are foldable along longitudinal edge portions of the head portion of the cleaning tool ; and a plurality of non-embossed parts arranged at predetermined intervals in a longitudinal direction (X) along the folded portions of the cleaning sheet, and the embossed part is disposed over an entire area of the cleaning sheet except areas in which the non-embossed parts are arranged.
A stent delivery system (10; 200), comprising: a catheter shaft (12; 202) having a proximal end and a distal end (14; 204); an inflatable balloon (20; 212) having an inner region and an outer surface, the inflatable balloon (20; 212) disposed adjacent to the distal end (14; 204) of the catheter shaft (12; 202); a cutting electrode positioned at the distal end (14; 204) of the catheter shaft (12; 202); a first heating electrode disposed within the inner region of the inflatable balloon (20; 212); and a stent (24; 300; 350; 400; 450; 500; 550) disposed about the outer surface of the inflatable balloon (20; 212), the stent (24; 300; 350; 400; 450; 500; 550) transformable from a non-expanded state to an expanded state. a catheter shaft (12; 202) having a proximal end and a distal end (14; 204); an inflatable balloon (20; 212) having an inner region and an outer surface, the inflatable balloon (20; 212) disposed adjacent to the distal end (14; 204) of the catheter shaft (12; 202); a cutting electrode positioned at the distal end (14; 204) of the catheter shaft (12; 202); a first heating electrode disposed within the inner region of the inflatable balloon (20; 212); and a stent (24; 300; 350; 400; 450; 500; 550) disposed about the outer surface of the inflatable balloon (20; 212), the stent (24; 300; 350; 400; 450; 500; 550) transformable from a non-expanded state to an expanded state.
A rail break detection device to which a first output waveform from a first vibration sensor mounted on rails and a second output waveform from a second vibration sensor mounted at a different position from the first vibration sensor are input, the rail break detection device comprising: a first waveform separation unit configured to separate the first output waveform of the first vibration sensor and output a first impulse waveform, which is a forced vibration component, and a first continuous waveform, which is a free vibration component; a second waveform separation unit configured to separate the second output waveform of the second vibration sensor and output a second impulse waveform, which is a forced vibration component, and a second continuous waveform, which is a free vibration component; and a waveform similarity determination unit configured to perform at least one of comparison between the first impulse waveform and the second impulse waveform and comparison between the first continuous waveform and the second continuous waveform, and determine similarity between the first output waveform and the second output waveform, wherein a break of rails is detected on the basis of the similarity. a first waveform separation unit configured to separate the first output waveform of the first vibration sensor and output a first impulse waveform, which is a forced vibration component, and a first continuous waveform, which is a free vibration component; a second waveform separation unit configured to separate the second output waveform of the second vibration sensor and output a second impulse waveform, which is a forced vibration component, and a second continuous waveform, which is a free vibration component; and a waveform similarity determination unit configured to perform at least one of comparison between the first impulse waveform and the second impulse waveform and comparison between the first continuous waveform and the second continuous waveform, and determine similarity between the first output waveform and the second output waveform, wherein a break of rails is detected on the basis of the similarity.
Method for detecting an impact of a vehicle by means of a measuring device rigidly connected to the vehicle , characterized by the following features: - with respect to a plurality of device coordinate axes (X, Y, Z) referred to the measuring device , an acceleration of the measuring device is respectively measured , - with respect to a plurality of vehicle coordinate axes (x, y, z) referred to the vehicle , an installation position angle (α, β, γ) of the measuring device is respectively calculated and/or measured , - by using the installation position angles (α, β, γ), a vehicle acceleration along the vehicle coordinate axes (x, y, z) is determined and an assessment of the accelerations is performed , - a level of determination of the installation position is determined by the device and used for a weighting of the accelerations, and - the impact is detected by using the assessment (18, Y) of the vehicle acceleration. - with respect to a plurality of device coordinate axes (X, Y, Z) referred to the measuring device , an acceleration of the measuring device is respectively measured , - with respect to a plurality of vehicle coordinate axes (x, y, z) referred to the vehicle , an installation position angle (α, β, γ) of the measuring device is respectively calculated and/or measured , - by using the installation position angles (α, β, γ), a vehicle acceleration along the vehicle coordinate axes (x, y, z) is determined and an assessment of the accelerations is performed , - a level of determination of the installation position is determined by the device and used for a weighting of the accelerations, and - the impact is detected by using the assessment (18, Y) of the vehicle acceleration.
A system for monitoring the behavior of a household pet, the system comprising a sensor configured to detect the presence of the household pet in a waste container ; a measuring device configured to measure a characteristic; a storage device configured to store the measured characteristic and threshold alert data; and a processor configured to compare the measured characteristic to the stored threshold alert data and send an alert when the measured characteristic crosses the threshold alert data, wherein the measured characteristic is selected from the group consisting of: the household pet's weight; the weight of the household pet's waste; the combined weight of the platform and the household pet after the presence of the household pet was detected; the weight of a platform after the departure of the household pet was detected; the weight of the food consumed by the household pet; the weight of the water consumed by the household pet; the date when presence of the household pet is detected; the time when presence of the household pet is detected; the time when departure of the household pet is detected; and the duration of time between detection of the presence of the household pet and the departure of the household pet. a sensor configured to detect the presence of the household pet in a waste container ; a measuring device configured to measure a characteristic; a storage device configured to store the measured characteristic and threshold alert data; and a processor configured to compare the measured characteristic to the stored threshold alert data and send an alert when the measured characteristic crosses the threshold alert data, wherein the measured characteristic is selected from the group consisting of: the household pet's weight; the weight of the household pet's waste; the combined weight of the platform and the household pet after the presence of the household pet was detected; the weight of a platform after the departure of the household pet was detected; the weight of the food consumed by the household pet; the weight of the water consumed by the household pet; the date when presence of the household pet is detected; the time when presence of the household pet is detected; the time when departure of the household pet is detected; and the duration of time between detection of the presence of the household pet and the departure of the household pet. the household pet's weight; the weight of the household pet's waste; the combined weight of the platform and the household pet after the presence of the household pet was detected; the weight of a platform after the departure of the household pet was detected; the weight of the food consumed by the household pet; the weight of the water consumed by the household pet; the date when presence of the household pet is detected; the time when presence of the household pet is detected; the time when departure of the household pet is detected; and the duration of time between detection of the presence of the household pet and the departure of the household pet.
An inline transducer meter assembly having an inlet and an outlet for fluid flowing through the inline transducer meter assembly from the inlet to the outlet, the inline transducer meter assembly comprising: a circular shelf integrated in an inline transducer meter body adapted to receive a transducer assembly that interfaces in a complimentary manner with a circular ledge of a circular head section of the transducer assembly; a square or rectangular portal formed between the circular shelf and an inner surface of the inline transducer meter body adapted to interface in a complimentary manner with an alignment section of the transducer assembly having a reduced surface area to reduce upshot force on the alignment section by fluid flowing through the inline transducer housing assembly body and past the square or rectangular portal; and a notch formed in the inner surface of the flow tube opposite the square or rectangular portal and adapted to interface with a positioner formed on and extending from a transducer holder as part of the transducer assembly, said transducer holder positioned near a center of the inline transducer meter body between the square or rectangular portal and the notch, said positioner further configured to operate with the square or rectangular portal to secure the transducer holder in alignment with the fluid as it flows through the inline transducer meter body. a circular shelf integrated in an inline transducer meter body adapted to receive a transducer assembly that interfaces in a complimentary manner with a circular ledge of a circular head section of the transducer assembly; a square or rectangular portal formed between the circular shelf and an inner surface of the inline transducer meter body adapted to interface in a complimentary manner with an alignment section of the transducer assembly having a reduced surface area to reduce upshot force on the alignment section by fluid flowing through the inline transducer housing assembly body and past the square or rectangular portal; and a notch formed in the inner surface of the flow tube opposite the square or rectangular portal and adapted to interface with a positioner formed on and extending from a transducer holder as part of the transducer assembly, said transducer holder positioned near a center of the inline transducer meter body between the square or rectangular portal and the notch, said positioner further configured to operate with the square or rectangular portal to secure the transducer holder in alignment with the fluid as it flows through the inline transducer meter body.
A data sharing method for a terminal comprising a plurality of systems, the data sharing method comprising: setting a data channel for communication between every two systems among the plurality of systems, and setting criteria for filtering data to be shared; when there is data needing to be shared between any two systems among the plurality of systems, performing a security detection on data to be shared through a data channel between the any two systems, to determine whether the data to be shared is security data, the security detection comprising filtering out data having security risks according to the criteria; sharing the data to be shared through the data channel between the any two systems when the data to be shared is detected to be the security data, prohibiting sharing the data to be shared through the data channel between the any two systems when the data to be shared is detected to be not the security data; wherein the data channel between every two systems is realized by a system broadcast, or the data channel between every two systems comprises a public storage area, and sharing the data to be shared through the data channel between the any two systems comprises: storing the data to be shared into the public storage area of the any two systems, to be read by the any two systems. setting a data channel for communication between every two systems among the plurality of systems, and setting criteria for filtering data to be shared; when there is data needing to be shared between any two systems among the plurality of systems, performing a security detection on data to be shared through a data channel between the any two systems, to determine whether the data to be shared is security data, the security detection comprising filtering out data having security risks according to the criteria; sharing the data to be shared through the data channel between the any two systems when the data to be shared is detected to be the security data, prohibiting sharing the data to be shared through the data channel between the any two systems when the data to be shared is detected to be not the security data; wherein the data channel between every two systems is realized by a system broadcast, or the data channel between every two systems comprises a public storage area, and sharing the data to be shared through the data channel between the any two systems comprises: storing the data to be shared into the public storage area of the any two systems, to be read by the any two systems.
A method for determining a network switch resource, performed by a terminal that is connected to at least two operator networks, characterized in that : the method comprises: receiving (S1) first configuration information sent by a first operator network; determining (S2) a preset duration for disconnection from the first operator network based on the first configuration information; and disconnecting (S3) from the first operator network and performing activities in a second operator network of the at least two operator networks for a duration less than or equal to the preset duration and with a preset limit moment as a boundary, wherein the first configuration information is generated based on the preset duration and the preset duration is determined by the first operator network based on communication parameters for communication with the terminal, the communication parameters comprising at least one of communication quality and a type of communication service. receiving (S1) first configuration information sent by a first operator network; determining (S2) a preset duration for disconnection from the first operator network based on the first configuration information; and disconnecting (S3) from the first operator network and performing activities in a second operator network of the at least two operator networks for a duration less than or equal to the preset duration and with a preset limit moment as a boundary, wherein the first configuration information is generated based on the preset duration and the preset duration is determined by the first operator network based on communication parameters for communication with the terminal, the communication parameters comprising at least one of communication quality and a type of communication service.
A printer device comprising: an ink circulation flow path to circulate ink; an ink discharge unit to discharge the ink supplied from the ink circulation flow path; a circulation unit to circulate the ink in the ink circulation flow path; a filter provided in the ink circulation flow path; and a control unit to control the circulation unit, characterized in that : the control unit is further configured to determine whether the filter is in a blocked state; and wherein the control unit is configured to drive the circulation unit in a first mode until the control unit determines that the filter is in a blocked state, and after the control unit determines that the filter is in the blocked state, the control unit is configured to drive the circulation unit in a second mode that provides a lower circulation rate than the first mode. an ink circulation flow path to circulate ink; an ink discharge unit to discharge the ink supplied from the ink circulation flow path; a circulation unit to circulate the ink in the ink circulation flow path; a filter provided in the ink circulation flow path; and a control unit to control the circulation unit, characterized in that : the control unit is further configured to determine whether the filter is in a blocked state; and wherein the control unit is configured to drive the circulation unit in a first mode until the control unit determines that the filter is in a blocked state, and after the control unit determines that the filter is in the blocked state, the control unit is configured to drive the circulation unit in a second mode that provides a lower circulation rate than the first mode. the control unit is further configured to determine whether the filter is in a blocked state; and wherein the control unit is configured to drive the circulation unit in a first mode until the control unit determines that the filter is in a blocked state, and after the control unit determines that the filter is in the blocked state, the control unit is configured to drive the circulation unit in a second mode that provides a lower circulation rate than the first mode.
Multi-part insert of a plant cultivation system, having at least two subelements which are designed to receive seeds, seedlings, tender shoots, saplings and so on, and having a frame element for receiving the at least two subelements in the plant cultivation system, wherein at least one transparent cover is provided, in order to cover the growing plants, wherein a cover is assigned to a subelement, characterised in that the at least one cover is designed to support the respective subelement in the overhead alignment, wherein the at least one cover has base elements for placing on a subsurface, wherein a subelement is a germination tray for receiving seeds in bulk and has a number of cultivation fields , adjacent to one another, separated by a partition wall , and the partition wall can be removed and arranged at another point in the subelement .
A razor handle comprising an elongated body extending in a longitudinal direction (C), said elongated body having an outer surface and being provided with a cavity opening on said outer surface and extending between a first end and a second end , said razor handle further comprising a first insert , said cavity having a shape allowing the first insert to move freely within the cavity between the first and second ends of said cavity , characterized in that said first insert has a position which is comprised between the first and second ends , said position depending on the orientation of said razor handle