mhurhangee/ep-ind-claims huggingface dataset:
Method of analysing flight data recorded during N flights of at least one aircraft, by means of a flight data recorder of an aircraft, the data being grouped together by flight i in a signature vector of the flight X i of size d, the components of which correspond to data recorded during said flight i of the aircraft, a flight i being thus defined by the signature vector X i, the method comprising the following steps: - Gaussian kernel entropy component analysis of the flight signatures X i to obtain a zone of normal flights and classifying the flight signatures X i with respect to their distance to said zone; - determining, for each flight i, an abnormality score z i defined by the distance of a flight signature X i with respect to the zone of normal flights; - detecting, as a function of the abnormality score z i, at least one abnormal flight; characterised in that the method further comprises the step of - determining for each abnormal flight, a phantom flight the nearest to the abnormal flight while being in the zone of normal flights, wherein the parameters of the abnormal flight detected are compared with those of the phantom flight determined in order to detect at least one parameter of the abnormal flight which has rendered abnormal said abnormal flight detected. - Gaussian kernel entropy component analysis of the flight signatures X i to obtain a zone of normal flights and classifying the flight signatures X i with respect to their distance to said zone; - determining, for each flight i, an abnormality score z i defined by the distance of a flight signature X i with respect to the zone of normal flights; - detecting, as a function of the abnormality score z i, at least one abnormal flight; - determining for each abnormal flight, a phantom flight the nearest to the abnormal flight while being in the zone of normal flights, wherein the parameters of the abnormal flight detected are compared with those of the phantom flight determined in order to detect at least one parameter of the abnormal flight which has rendered abnormal said abnormal flight detected.
Prosthetic apparatus for a user, the apparatus comprising: an upper limb prosthesis comprising at least one mechanically operable digit; at least one sensor (16, 18, 20) configured to be disposed on the user, the at least one sensor (16, 18, 20) being operative to sense a path described by the sensor (16, 18, 20) during movement thereof by the user and to provide a sensed path output in dependence upon the path; and a processor operative to provide for actuation of the at least one digit, characterised in that the processor is operative to provide for actuation of the at least one digit, in dependence on the sensed path output having a predetermined characteristic, and such that the at least one digit moves in a predetermined fashion. an upper limb prosthesis comprising at least one mechanically operable digit; at least one sensor (16, 18, 20) configured to be disposed on the user, the at least one sensor (16, 18, 20) being operative to sense a path described by the sensor (16, 18, 20) during movement thereof by the user and to provide a sensed path output in dependence upon the path; and a processor operative to provide for actuation of the at least one digit, characterised in that the processor is operative to provide for actuation of the at least one digit, in dependence on the sensed path output having a predetermined characteristic, and such that the at least one digit moves in a predetermined fashion.
A method of producing a composite animation live captured image sequence, the method comprising: capturing a live action sequence of action scenes with one or a plurality of television or digital video film cameras, which action scenes comprise a stand-in for an animated feature, each live action sequence comprising a plurality of sequential time-coded image frames from a corresponding television or digital video film camera; generating, concurrently with the live action sequence, at least capture configuration data associated with a configuration of the stand-in, the capture configuration data being generated from data from one or more sensors disposed upon the stand-in independently of the capturing of the live action sequence, the capture configuration data being time-coded; generating positioning data associated with the stand-in within each of a plurality of said captured image frames of each live action sequence, wherein the positioning data is particular to the television or digital video film camera from which the data is generated; producing, using at least the capture configuration data and the positioning data, a computer-generated animation (or animated sequence) for combining with the captured image sequence to produce composite image sequence comprising an animated feature in place of the stand-in; and combining the computer-generated animation with the captured image sequence utilizing the positioning data and capture configuration data to locate and configure the animation in each frame of the composite. capturing a live action sequence of action scenes with one or a plurality of television or digital video film cameras, which action scenes comprise a stand-in for an animated feature, each live action sequence comprising a plurality of sequential time-coded image frames from a corresponding television or digital video film camera; generating, concurrently with the live action sequence, at least capture configuration data associated with a configuration of the stand-in, the capture configuration data being generated from data from one or more sensors disposed upon the stand-in independently of the capturing of the live action sequence, the capture configuration data being time-coded; generating positioning data associated with the stand-in within each of a plurality of said captured image frames of each live action sequence, wherein the positioning data is particular to the television or digital video film camera from which the data is generated; producing, using at least the capture configuration data and the positioning data, a computer-generated animation (or animated sequence) for combining with the captured image sequence to produce composite image sequence comprising an animated feature in place of the stand-in; and combining the computer-generated animation with the captured image sequence utilizing the positioning data and capture configuration data to locate and configure the animation in each frame of the composite.
Jet regulator having a jet regulator housing in the housing interior space of which at least one flow rectifier is provided which has an inflow-side first insert part and a second insert part, disposed downstream in the flow direction, which (8, 9) are insertable into the housing interior space of the jet regulator housing and which (8, 9) have in each case one encircling external holding ring (12, 12'), wherein a mesh or net structure from mutually crossing or contacting webs (13, 15) is provided in each case on the internal circumference of the holding ring (12, 12') of the respective insert part (8, 9), one mesh or net structure from mutually crossing or contacting webs (13, 15) which is oriented transversely to the flow direction in each case is provided, of which the at least one inflow-side first insert part has a group of radially oriented webs which at intersection points or contact points cross or contact a group of concentrically encircling webs, and having at least one aeration opening which penetrates a housing circumferential wall of the jet regulator, wherein at least one outlet opening that extends in the circumferential direction across the at least one aeration opening is provided in the mesh or net structure at least of the inflow-side first insert part characterized in that of the radially oriented webs of the first insert part, the webs that are oriented in the direction towards the at least one aeration opening terminate in each case by way of a free external end at a spacing from the encircling holding ring of the first insert part, and in that webs, which when viewed in a projection in the longitudinal direction of the jet regulator, are disposed on the first insert part in the extension of the webs, having a free external end, that are oriented in the direction toward at least one aeration opening, are held on the internal circumference on the holding ring of the second insert part, disposed downstream in the flow direction, and are configured as web stumps such that the stump ends thereof in the projection reach up to the free external end of the webs on the first insert part.
A beverage dispenser for dispensing hot or cold beverages by interaction between a beverage ingredient with hot or cold water includes: - a water source, - at least one pump connected to the water source for pumping the water from the water source, - a heater for heating the pumped water, - a cooler for cooling the pumped water, - at least one water outlet (61, 62, 63), - a feeding pipe connecting the at least one water outlet to the heater and to the cooler, wherein the dispenser comprises a device for emptying the feeding pipe and the at least one water outlet after the dispensing of a beverage, characterized in that the dispenser comprises a return pipe for connecting the feeding pipe to the water source and a valve for controlling the connection of the feeding pipe with said return pipe. - a water source, - at least one pump connected to the water source for pumping the water from the water source, - a heater for heating the pumped water, - a cooler for cooling the pumped water, - at least one water outlet (61, 62, 63), - a feeding pipe connecting the at least one water outlet to the heater and to the cooler, wherein the dispenser comprises a device for emptying the feeding pipe and the at least one water outlet after the dispensing of a beverage, characterized in that the dispenser comprises a return pipe for connecting the feeding pipe to the water source and a valve for controlling the connection of the feeding pipe with said return pipe.
Method for providing network access to a User Equipment, wherein the network access comprises the access of the User Equipment to a public land mobile network, wherein the User Equipment comprises a subscriber identity module, wherein the subscriber identity module comprises an identification information allowing the identification of the subscriber by the public land mobile network, wherein the identification information comprises a first identity information and a second identity information, -- characterized in that the first identity information relates to the use of the User Equipment according to a first mode of operation, the first mode of operation being defined at least partly by a first configuration information stored in the User Equipment and being associated to a first network access priority, and -- wherein the second identity information relates to the use of the User Equipment according to a second mode of operation, the second mode of operation being defined at least partly by a second configuration information stored in the User Equipment and being associated to a second network access priority, wherein by means of accessing the public land mobile network using the first identity information and using the first network access priority, the first mode of operation is applied, and wherein by means of accessing the public land mobile network using the second identity information and using the second network access priority, the second mode of operation is applied, wherein at least partly during the operation of the User Equipment, the network access of the User Equipment occurs simultaneously using the first mode of operation and using the second mode of operation, wherein the User Equipment is able to request access to the public land mobile network using the first mode of operation using the first network access priority and/or using the second mode of operation using the second network access priority, wherein the first mode of operation and the second mode of operation differ from each other with respect to at least one of: -- the allowed bandwidth of the connection between the User Equipment and the public land mobile network, -- the Quality-of-Service of the connection between the User Equipment and the public land mobile network. -- characterized in that the first identity information relates to the use of the User Equipment according to a first mode of operation, the first mode of operation being defined at least partly by a first configuration information stored in the User Equipment and being associated to a first network access priority, and -- wherein the second identity information relates to the use of the User Equipment according to a second mode of operation, the second mode of operation being defined at least partly by a second configuration information stored in the User Equipment and being associated to a second network access priority, -- the allowed bandwidth of the connection between the User Equipment and the public land mobile network, -- the Quality-of-Service of the connection between the User Equipment and the public land mobile network.
A computing system for assigning a range extender to a selected access point, AP, from a plurality of APs, the computing system comprising: - a collection module configured to determine: ∘ the range extender's back-haul throughput capability for when connected with each of the APs; ∘ the range extender's front-haul throughput capability for when connected with each of the APs; and ∘ for each AP with connected Wi-Fi stations, STAs, (240, 252) a sum of an amount of uplink interference to each connected STA (240, 252); - a selection module configured to select the selected AP according to an optimization function maximizing the range extender's back-haul and front-haul throughput capability and minimizing the amount of uplink interference. - a collection module configured to determine: ∘ the range extender's back-haul throughput capability for when connected with each of the APs; ∘ the range extender's front-haul throughput capability for when connected with each of the APs; and ∘ for each AP with connected Wi-Fi stations, STAs, (240, 252) a sum of an amount of uplink interference to each connected STA (240, 252); ∘ the range extender's back-haul throughput capability for when connected with each of the APs; ∘ the range extender's front-haul throughput capability for when connected with each of the APs; and ∘ for each AP with connected Wi-Fi stations, STAs, (240, 252) a sum of an amount of uplink interference to each connected STA (240, 252); - a selection module configured to select the selected AP according to an optimization function maximizing the range extender's back-haul and front-haul throughput capability and minimizing the amount of uplink interference.
A wave action electric generating system, comprising: a) a platform for floating on water, the platform being subject to rocking from side to side from wave action; b) an electric generator; c) a rigid arm for extending over the water, the arm including a first end pivotally attached to the platform with a first pivot shaft; d) a buoyant member for being disposed on the water and pivotally connected to a second end of the arm with a second pivot shaft operably attached to the arm, the member when floating on water rises and falls with the waves, thereby alternately moving the arm about the first pivot shaft clockwise and counterclockwise; and e) a power converter (28, 64) for converting the moving of the arm to an output to drive the generator, wherein the arm is extendable or retractable to change a distance of said buoyant member to be nearer or further away from said platform. a) a platform for floating on water, the platform being subject to rocking from side to side from wave action; b) an electric generator; c) a rigid arm for extending over the water, the arm including a first end pivotally attached to the platform with a first pivot shaft; d) a buoyant member for being disposed on the water and pivotally connected to a second end of the arm with a second pivot shaft operably attached to the arm, the member when floating on water rises and falls with the waves, thereby alternately moving the arm about the first pivot shaft clockwise and counterclockwise; and e) a power converter (28, 64) for converting the moving of the arm to an output to drive the generator,
A robot cleaner, comprising: a cleaner body having a controller; a wheel cover mounted to the cleaner body; a motor that is connected to the wheel cover to generate a driving force; a wheel that is coupled to the motor and configured to rotate based on receiving the driving force from the motor; a guide bar coupled to the wheel cover and extending vertically, the guide bar being connected to the motor and configured to guide a vertical movement of the motor; and a spring surrounding the guide bar and connected to the wheel cover and the motor, configured to absorb impacts during the vertical movement of the motor, characterized by the fact that the wheel includes an accommodating cavity formed at one side thereof to accommodate at least a part of the motor. a cleaner body having a controller; a wheel cover mounted to the cleaner body; a motor that is connected to the wheel cover to generate a driving force; a wheel that is coupled to the motor and configured to rotate based on receiving the driving force from the motor; a guide bar coupled to the wheel cover and extending vertically, the guide bar being connected to the motor and configured to guide a vertical movement of the motor; and a spring surrounding the guide bar and connected to the wheel cover and the motor, configured to absorb impacts during the vertical movement of the motor, characterized by the fact that the wheel includes an accommodating cavity formed at one side thereof to accommodate at least a part of the motor.
A heater comprising: a conductive ceramic cylinder tube in which cell-arrays are concentrically arranged, each cell-array including cells which are arranged in a circumferential direction of the ceramic cylinder tube; and an outer electrode electrically coupled to an outer wall portion of the ceramic cylinder tube, characterized in that the heater further comprises an inner electrode electrically coupled to an inner wall portion of the ceramic cylinder tube, wherein non-linear portions are radially arranged in the ceramic cylinder tube, each non-linear portion extending along a radial direction of the ceramic cylinder tube while having a plurality of bends or curves between the inner wall portion and outer wall portion of the ceramic cylinder tube and the manner of the bends or curves of the non-linear portions being in accordance with an opening shape of the cells, and the inner and outer electrodes (20, 30) are provided such that current flows radially at least via said non-linear portions between the inner and outer electrodes (20, 30). a conductive ceramic cylinder tube in which cell-arrays are concentrically arranged, each cell-array including cells which are arranged in a circumferential direction of the ceramic cylinder tube; and an outer electrode electrically coupled to an outer wall portion of the ceramic cylinder tube, characterized in that the heater further comprises an inner electrode electrically coupled to an inner wall portion of the ceramic cylinder tube, wherein non-linear portions are radially arranged in the ceramic cylinder tube, each non-linear portion extending along a radial direction of the ceramic cylinder tube while having a plurality of bends or curves between the inner wall portion and outer wall portion of the ceramic cylinder tube and the manner of the bends or curves of the non-linear portions being in accordance with an opening shape of the cells, and the inner and outer electrodes (20, 30) are provided such that current flows radially at least via said non-linear portions between the inner and outer electrodes (20, 30).
A flush valve suitable for being connected with a pump that is located in a reservoir containing liquid, the flush valve comprising: - an inlet configured to be in fluid communication with a volute of said pump, - an outlet configured to open into said reservoir, and - a valve arrangement, wherein the valve arrangement comprises: - a first chamber, a second chamber that is partly delimited by a diaphragm, and a conduit extending between and connecting the first chamber and the second chamber, - a third chamber that connects the inlet and the outlet of the flush valve and that is partly delimited by said diaphragm, the third chamber comprising a valve member configured to control a fluid flow from the inlet to the outlet based on the position of said diaphragm, and - a control mechanism arranged in said conduit, the flush valve being characterized in that said control mechanism comprises a stepper and a plunger, the plunger being displaceable back and forth between an inactive position and an active position, the plunger being biased towards said inactive position and being displaced towards said active position by means of the second pressure in the second chamber when said second pressure in the second chamber is greater than a threshold value, the plunger being configured to engage the stepper when the plunger is displaced towards the active position, wherein the stepper, each time the plunger engages the stepper, changes position once in a repeated set of positions according to a step-by-step routine, and wherein the stepper in at least one position of said set of positions enables fluid communication between the first chamber and the second chamber via said conduit. - an inlet configured to be in fluid communication with a volute of said pump, - an outlet configured to open into said reservoir, and - a valve arrangement, wherein the valve arrangement comprises: - a first chamber, a second chamber that is partly delimited by a diaphragm, and a conduit extending between and connecting the first chamber and the second chamber, - a third chamber that connects the inlet and the outlet of the flush valve and that is partly delimited by said diaphragm, the third chamber comprising a valve member configured to control a fluid flow from the inlet to the outlet based on the position of said diaphragm, and - a control mechanism arranged in said conduit, - a first chamber, a second chamber that is partly delimited by a diaphragm, and a conduit extending between and connecting the first chamber and the second chamber, - a third chamber that connects the inlet and the outlet of the flush valve and that is partly delimited by said diaphragm, the third chamber comprising a valve member configured to control a fluid flow from the inlet to the outlet based on the position of said diaphragm, and - a control mechanism arranged in said conduit,
A method of scanning a clothed human subject, the method comprising: obtaining first scan data using a first scanner by illuminating the subject with a first source of radiation adapted for scanning soft tissue surfaces hidden by the subject's clothing; obtaining second scan data by illuminating the subject with a second source of radiation that is directed more towards the subject's torso than towards other parts of their body, wherein the second source of radiation comprises tissue penetrating radiation; obtaining first image data based on the first scan data and second image data based on the second scan data; and indicating a body region shown in the second image data based on a feature of the first image data. obtaining first scan data using a first scanner by illuminating the subject with a first source of radiation adapted for scanning soft tissue surfaces hidden by the subject's clothing; obtaining second scan data by illuminating the subject with a second source of radiation that is directed more towards the subject's torso than towards other parts of their body, wherein the second source of radiation comprises tissue penetrating radiation; obtaining first image data based on the first scan data and second image data based on the second scan data; and indicating a body region shown in the second image data based on a feature of the first image data.