mhurhangee/patent-ind-claim-en huggingface dataset:
Method to produce more energy in the flame combustion consisting of doing the following operations : A) Installing metallic pieces in the combustion chamber. The upper side of the metallic pieces are near the flams and the lower side of the metallic pieces are at the entrance of the oxidizer (air or oxygen). This way of doing causes the migration of the electrons from the hot part of the metallic pieces (near the flams) to the cold part of the metallic pieces (near the entrance of the oxygen). B) Catch the electrons and repel the carbon and hydrogen positive ions produced by the combustion near the hot part of the metallic pieces. This action is possible due to the positive pole created in the metallic pieces due to the migration of its electrons to the cold part of the metallic pieces. C) Eject the electrons arriving at the cold part of the metallic pieces by using the spikes (tips) effect on the arriving oxygen.This way of doing leads to oxygen ionization. D) Transfer the ionized oxygen to the combustion chamber charged with hydrogen and carbon cations to generate shocks between negative oxygen and positive carbon and hydrogen. This way conducts to more energy produced by the combustion. A) Installing metallic pieces in the combustion chamber. The upper side of the metallic pieces are near the flams and the lower side of the metallic pieces are at the entrance of the oxidizer (air or oxygen). This way of doing causes the migration of the electrons from the hot part of the metallic pieces (near the flams) to the cold part of the metallic pieces (near the entrance of the oxygen). B) Catch the electrons and repel the carbon and hydrogen positive ions produced by the combustion near the hot part of the metallic pieces. This action is possible due to the positive pole created in the metallic pieces due to the migration of its electrons to the cold part of the metallic pieces. C) Eject the electrons arriving at the cold part of the metallic pieces by using the spikes (tips) effect on the arriving oxygen.This way of doing leads to oxygen ionization. D) Transfer the ionized oxygen to the combustion chamber charged with hydrogen and carbon cations to generate shocks between negative oxygen and positive carbon and hydrogen. This way conducts to more energy produced by the combustion.
A method of detecting a fault condition in one or more balers , each of which includes a crop feed system and a bale chamber , wherein each of the one or more balers is configured to bale cut crop, the method comprising: identifying at least one location in the one or more balers , wherein the at least one identified location generates heat during an operation of a component of the baler ; placing a radio frequency identification (RFID) tag at the at least one identified location, wherein the RFID tag includes a temperature sensing feature , a harvester , and a temperature signal transmitter ; receiving RF energy at the harvester to energize the harvester , wherein the RF energy is one of ambient RF energy or directed RF energy transmitted by a tag reader ; powering the temperature signal transmitter with the harvester ; transmitting, to a receiver , temperature data from the powered temperature signal transmitter of the RFID tag ; identifying, at the receiver from the transmitted temperature data, a temperature value of the at least one identified location; and providing an indicator based on the identified temperature value. identifying at least one location in the one or more balers , wherein the at least one identified location generates heat during an operation of a component of the baler ; placing a radio frequency identification (RFID) tag at the at least one identified location, wherein the RFID tag includes a temperature sensing feature , a harvester , and a temperature signal transmitter ; receiving RF energy at the harvester to energize the harvester , wherein the RF energy is one of ambient RF energy or directed RF energy transmitted by a tag reader ; powering the temperature signal transmitter with the harvester ; transmitting, to a receiver , temperature data from the powered temperature signal transmitter of the RFID tag ; identifying, at the receiver from the transmitted temperature data, a temperature value of the at least one identified location; and providing an indicator based on the identified temperature value.
Test robot for testing slot wedges which are provided on the outer circumference of a rotor of a generator , which rotor is surrounded by a stator , comprising a chassis which accommodates a drive system, a position capture device, a controller which controls the drive system on the basis of data captured by the position capture device, magnets which are fitted to the chassis and are positioned and designed in such a manner that they keep the chassis adhering to the rotor, at least one ultrasonic test head which is arranged on the chassis , is freely accessible from the underside of the chassis pointing in the direction of the rotor and can be moved up and down, and at least one couplant application device which is provided on the chassis and is assigned to the ultrasonic test head , wherein the drive system has three or four wheels which are rotatably held on the chassis and are intended to roll on the rotor, wherein each wheel can be driven in a rotational manner via a stepping motor and can be steered via a servomotor . a chassis which accommodates a drive system, a position capture device, a controller which controls the drive system on the basis of data captured by the position capture device, magnets which are fitted to the chassis and are positioned and designed in such a manner that they keep the chassis adhering to the rotor, at least one ultrasonic test head which is arranged on the chassis , is freely accessible from the underside of the chassis pointing in the direction of the rotor and can be moved up and down, and at least one couplant application device which is provided on the chassis and is assigned to the ultrasonic test head , wherein the drive system has three or four wheels which are rotatably held on the chassis and are intended to roll on the rotor, wherein each wheel can be driven in a rotational manner via a stepping motor and can be steered via a servomotor .
An apparatus for obtaining a map for visual guidance of an end-user, called registration error map , the map representing a level of sharpness of a plurality of pixels of an image relating to an object of interest, wherein the apparatus comprises a processor configured to: - select a three-dimensional model of the object of interest; - select a reference position of the object of interest; - compute a distance map , which represents a re-focusing surface, of a digital image of the three-dimensional model of the object of interest when set in the reference position, the distance map labelling pixels of the digital image with distances to a nearest obstacle pixel; - acquire four-dimensional light-field data relating to the object of interest; - generate a focal stack from the acquired four-dimensional light-field data by computing a collection of re-focused images (R n ) with focalization distances between a minimum focalization distance and a maximum focalization distance; - determine for each pixel of an image to be re-focused a focalization distance from the distance map ; - generate a re-focused image by combining pixels of the re-focused images (R n ) of the focal stack selected in accordance with the determined focalization distances; and - obtain a registration error map for the re-focused image , the registration error map labelling pixels of the re-focused image with information relating to a level a sharpness of said pixels . - select a three-dimensional model of the object of interest; - select a reference position of the object of interest; - compute a distance map , which represents a re-focusing surface, of a digital image of the three-dimensional model of the object of interest when set in the reference position, the distance map labelling pixels of the digital image with distances to a nearest obstacle pixel; - acquire four-dimensional light-field data relating to the object of interest; - generate a focal stack from the acquired four-dimensional light-field data by computing a collection of re-focused images (R n ) with focalization distances between a minimum focalization distance and a maximum focalization distance; - determine for each pixel of an image to be re-focused a focalization distance from the distance map ; - generate a re-focused image by combining pixels of the re-focused images (R n ) of the focal stack selected in accordance with the determined focalization distances; and - obtain a registration error map for the re-focused image , the registration error map labelling pixels of the re-focused image with information relating to a level a sharpness of said pixels .
An array of solid-state transducer (SST) dies , comprising first and second SST dies , each SST die comprising: a light emitting diode (LED) structure having a first semiconductor material and a second semiconductor material ; a plurality of first contacts , with individual first contacts electrically coupled to the first semiconductor material; a plurality of second contacts , with second contacts electrically coupled to the second semiconductor material, the second contacts electrically isolated from the first semiconductor material; and an interconnect formed between at least one first contact and one second contact; characterised in that each SST die comprises a third contact connected to the respective interconnect via a conductive line ; and in that the array of SST dies comprises a cross-connection between the third contact of the first SST die and the third contact of the second SST die. a light emitting diode (LED) structure having a first semiconductor material and a second semiconductor material ; a plurality of first contacts , with individual first contacts electrically coupled to the first semiconductor material; a plurality of second contacts , with second contacts electrically coupled to the second semiconductor material, the second contacts electrically isolated from the first semiconductor material; and an interconnect formed between at least one first contact and one second contact; characterised in that each SST die comprises a third contact connected to the respective interconnect via a conductive line ; and in that the array of SST dies comprises a cross-connection between the third contact of the first SST die and the third contact of the second SST die.
A container assembly comprising a first container for storage and transport of goods comprising at least one side wall and a bottom wall defining together an interior space having an opening and a cover for closing the opening, having a top surface, wherein the cover comprises at least one latch member movable between at least a first, resting non-engaged position and a second, engaged position and wherein the container comprises a retaining member on the at least one side wall and positioned parallel to the latch member such that the latch member is configured for engaging with a retaining member of another container when in said second position to connect the container to the at least one other container, wherein the at least one latch member is pivotable upwards to engage said another container and is pivotable downwards to said resting position, and wherein the at least one latch member can constitute a handle for the container assembly, characterized in that , when at its first, resting position the latch member is flush with a side wall of the cover.
A media transport module comprising: an upward transport extending from a pick coupling area to a diversion area and operable to route individual media items from the pick coupling area to the diversion area ; a divert transport extending from the diversion area to a diverter port ; a stacking transport extending from the diversion area to a stacking port ; a diverter located at the diversion area and operable, in response to a signal received from a media thickness sensor , to route media items to either (i) the divert transport , or (ii) the stacking transport ; characterized by a drive gear for receiving rotational motion from an external drive and imparting the received rotational motion to the upward transport , the divert transport , and the stacking transport ; wherein the stacking port comprises a first set of media flickers mounted on a shaft . an upward transport extending from a pick coupling area to a diversion area and operable to route individual media items from the pick coupling area to the diversion area ; a divert transport extending from the diversion area to a diverter port ; a stacking transport extending from the diversion area to a stacking port ; a diverter located at the diversion area and operable, in response to a signal received from a media thickness sensor , to route media items to either (i) the divert transport , or (ii) the stacking transport ; characterized by a drive gear for receiving rotational motion from an external drive and imparting the received rotational motion to the upward transport , the divert transport , and the stacking transport ; wherein the stacking port comprises a first set of media flickers mounted on a shaft .
A suspension comprising microgranules of a benzimidazole derivative selected from Omeprazole, Pantoprazole, Rabeprazole or Lansoprazole, or a mixture thereof suspended in an organic solvent, wherein the average diameter of the microgranules is 100 to 900 μm and wherein at least 40% of the microgranules have a diameter in the range of 500 to 700 μm and less than 10 % of the microgranules in the suspension have a diameter of more than 900 μm, and wherein the suspension has a standing viscosity of 4000 to 7000 mPa·s (centipoise) at 15 to 25°C, wherein the standing viscosity is measured after the suspension has been left to stand for 5 minutes or more, and the viscosity of the suspension is 3000 to 4000 mPa·s at 15 to 25°C when shaken, wherein the shaken viscosity is measured after the suspension has been shaken vigorously to cause turbulent flow of the suspension within a container.
An electrical power supply device in an aircraft, the device comprising an enclosure , the enclosure containing at least: - a fuel cell for generating electricity and comprising an anode (+) and a cathode (-); - a dihydrogen generator ; - a gas feed circuit connecting the dihydrogen generator to the anode (-) of the fuel cell ; - an oxygen feed device configured to feed the cathode (+) of the fuel cell ; and - a cooling circuit for cooling the fuel cell and associated with at least one heat exchanger ; the device being characterized in that the enclosure is mounted on an actuator system (400, 400', 400"), the actuator system (400, 400', 400") being configured to move the enclosure from a first position in which the enclosure is housed inside an outer wall of the aircraft , to a second position in which the enclosure projects from the outer wall of the aircraft . - a fuel cell for generating electricity and comprising an anode (+) and a cathode (-); - a dihydrogen generator ; - a gas feed circuit connecting the dihydrogen generator to the anode (-) of the fuel cell ; - an oxygen feed device configured to feed the cathode (+) of the fuel cell ; and - a cooling circuit for cooling the fuel cell and associated with at least one heat exchanger ;
An actuator device comprising: an electroactive polymer structure for adopting at least a first actuation state and a second actuation state different from the first actuation state, the first actuation state having a first drive voltage associated with it, and the second actuation state having a second drive voltage associated with it; a driver adapted to apply the drive voltages to the electroactive polymer structure for switching it from the first actuation state to the second actuation state; a memory which stores data which represents the change in actuation level over time after switching from the first drive voltage to the second drive voltage; and a controller to control the driver to apply a drive waveform for transitioning between the first and second actuation states which takes into account the data. an electroactive polymer structure for adopting at least a first actuation state and a second actuation state different from the first actuation state, the first actuation state having a first drive voltage associated with it, and the second actuation state having a second drive voltage associated with it; a driver adapted to apply the drive voltages to the electroactive polymer structure for switching it from the first actuation state to the second actuation state; a memory which stores data which represents the change in actuation level over time after switching from the first drive voltage to the second drive voltage; and a controller to control the driver to apply a drive waveform for transitioning between the first and second actuation states which takes into account the data.
A vacuum pump comprising: a control unit configured to monitor and control a motor and a magnetic bearing , each being stored in a pump body ; and a temperature-adjustment function unit configured to measure a temperature of a pump body by at least one temperature sensor disposed in the pump body and further configured to control at least one heater or solenoid controlled valve based on the temperature, the temperature-adjustment function unit including a first terminal capable of connecting or disconnecting the temperature sensor; and a second terminal capable of connecting or disconnecting one of the heater and the solenoid controlled valve, the vacuum pump being characterised by further comprising a self-diagnosis unit capable of conducting a self-diagnosis of whether an input signal to the first terminal has been normally inputted or whether the signal has been normally outputted from the second terminal, wherein the temperature-adjustment function unit comprises: temperature determining means that has a dummy first load connected instead of the temperature sensor to the first terminal; and output means that has a dummy second load connected instead of one of the heater and the solenoid controlled valve to the second terminal. a control unit configured to monitor and control a motor and a magnetic bearing , each being stored in a pump body ; and a temperature-adjustment function unit configured to measure a temperature of a pump body by at least one temperature sensor disposed in the pump body and further configured to control at least one heater or solenoid controlled valve based on the temperature, the temperature-adjustment function unit including a first terminal capable of connecting or disconnecting the temperature sensor; and a second terminal capable of connecting or disconnecting one of the heater and the solenoid controlled valve, the vacuum pump being characterised by further comprising a self-diagnosis unit capable of conducting a self-diagnosis of whether an input signal to the first terminal has been normally inputted or whether the signal has been normally outputted from the second terminal, wherein the temperature-adjustment function unit comprises: temperature determining means that has a dummy first load connected instead of the temperature sensor to the first terminal; and output means that has a dummy second load connected instead of one of the heater and the solenoid controlled valve to the second terminal. temperature determining means that has a dummy first load connected instead of the temperature sensor to the first terminal; and output means that has a dummy second load connected instead of one of the heater and the solenoid controlled valve to the second terminal.
A method of analyzing a time-ordered series of measurements of a polymer made during translocation of the polymer through a nanopore, wherein the measurements are dependent on the identity of k-mers in the nanopore, a k-mer being k polymer units of the polymer, where k is a positive integer, the method comprising: deriving, from the series of measurements, a feature vector of time-ordered features representing characteristics of the measurements with a reduced data set compared to the measurements; and determining similarity between the derived feature vector and at least one other feature vector. deriving, from the series of measurements, a feature vector of time-ordered features representing characteristics of the measurements with a reduced data set compared to the measurements; and determining similarity between the derived feature vector and at least one other feature vector.
A method comprising: receiving, by a computer-based system comprising a processor and a tangible, non-transitory memory configured to assist dynamic balancing, helicopter rotor vibration data after a rotor adjustment; determining, by the computer-based system , a permutation of available rotor adjustments; determining, by the computer-based system , an expected result for the available rotor adjustments; and characterised by determining, by the computer-based system , an error between the expected result and a measured actual results for the permutation of available rotor adjustments; identifying, by the computer-based system , a likely actual adjustment performed based on the error; and displaying by the computer based system , the likely actual adjustment performed. receiving, by a computer-based system comprising a processor and a tangible, non-transitory memory configured to assist dynamic balancing, helicopter rotor vibration data after a rotor adjustment; determining, by the computer-based system , a permutation of available rotor adjustments; determining, by the computer-based system , an expected result for the available rotor adjustments; and characterised by determining, by the computer-based system , an error between the expected result and a measured actual results for the permutation of available rotor adjustments; identifying, by the computer-based system , a likely actual adjustment performed based on the error; and displaying by the computer based system , the likely actual adjustment performed.
An apparatus for imaging tissue during a medical procedure, comprising: a tubular member comprising a proximal end , a distal end sized for introduction into a patient's body, and one or more lumens extending between the proximal and distal ends; a tubular extension extending distally beyond the distal end to a distal tip , the tubular extension having a cross-section smaller than the distal end ; a foot on the distal tip comprising a substantially atraumatic contact surface; and an imaging assembly on the distal end configured to acquire images of tissue adjacent the foot, the tubular extension being biased to a curved shape; the tubular extension including a passage communicating from a first lumen of the tubular member to an outlet at the distal tip; the foot having an area larger than the cross-section of the tubular extension for contacting tissue; characterized in that the tubular extension includes a proximal end attached to the distal end of the tubular member . a tubular member comprising a proximal end , a distal end sized for introduction into a patient's body, and one or more lumens extending between the proximal and distal ends; a tubular extension extending distally beyond the distal end to a distal tip , the tubular extension having a cross-section smaller than the distal end ; a foot on the distal tip comprising a substantially atraumatic contact surface; and an imaging assembly on the distal end configured to acquire images of tissue adjacent the foot, the tubular extension being biased to a curved shape; the tubular extension including a passage communicating from a first lumen of the tubular member to an outlet at the distal tip; the foot having an area larger than the cross-section of the tubular extension for contacting tissue; characterized in that the tubular extension includes a proximal end attached to the distal end of the tubular member .