mhurhangee/patent-ind-claim-en huggingface dataset:
An automated insect rearing system comprising: an insect dispensing station having a first horizontal surface; an insect dispenser comprising an insect container and an insect dispensing vessel, a first end of the insect dispensing vessel coupled to a first orifice defined in the insect container and a second end of the insect dispensing vessel movable to be proximate to the first horizontal surface to dispense one or more insects from the insect container into a rearing container at the first horizontal surface; a food dispensing station having a second horizontal surface; a food dispenser comprising a food container and a food dispensing vessel, a first end of the food dispensing vessel coupled to a second orifice defined in the food container and a second end of the food dispensing vessel movable to be proximate to the second horizontal surface to dispense food from the food container into the rearing container at the second horizontal surface; and a robotic storage system comprising at least one robotic arm and a shelf, the robotic arm configured to transfer the rearing container from the second horizontal surface to the shelf. an insect dispensing station having a first horizontal surface; an insect dispenser comprising an insect container and an insect dispensing vessel, a first end of the insect dispensing vessel coupled to a first orifice defined in the insect container and a second end of the insect dispensing vessel movable to be proximate to the first horizontal surface to dispense one or more insects from the insect container into a rearing container at the first horizontal surface; a food dispensing station having a second horizontal surface; a food dispenser comprising a food container and a food dispensing vessel, a first end of the food dispensing vessel coupled to a second orifice defined in the food container and a second end of the food dispensing vessel movable to be proximate to the second horizontal surface to dispense food from the food container into the rearing container at the second horizontal surface; and a robotic storage system comprising at least one robotic arm and a shelf, the robotic arm configured to transfer the rearing container from the second horizontal surface to the shelf.
A method in an electronic information handling system, comprising: obtaining a first image of a scene at a first exposure level using a three-dimensional, 3D, camera; characterized in that the method further comprises: segmenting the first image into a plurality of image elements based on ranges of depth of z-distances from the 3D camera to objects in the scene; determining a first group of the plurality of image elements representing a foreground object of interest in the scene based on a first range of the depth of z-distances; determining a second group of the plurality of image elements representing a background area in the scene based on a second range of the depth of z-distances; selecting a first exposure parameter value for the first group of the plurality of image elements; obtaining a second image of the scene according to the first exposure parameter value; and constructing a composite image based on at least a portion of the second image for at least a portion of the first group of the plurality of image elements and based on at least a portion of the first image for the second group of the plurality of image elements. segmenting the first image into a plurality of image elements based on ranges of depth of z-distances from the 3D camera to objects in the scene; determining a first group of the plurality of image elements representing a foreground object of interest in the scene based on a first range of the depth of z-distances; determining a second group of the plurality of image elements representing a background area in the scene based on a second range of the depth of z-distances; selecting a first exposure parameter value for the first group of the plurality of image elements; obtaining a second image of the scene according to the first exposure parameter value; and constructing a composite image based on at least a portion of the second image for at least a portion of the first group of the plurality of image elements and based on at least a portion of the first image for the second group of the plurality of image elements.
A method of manufacturing a high loading electrode, the method comprising: applying an electrode slurry on a release film to thereby produce an electrode layer having the release film attached thereto; punching the electrode layer to a size of a unit electrode to form punched electrode layers having the release film attached thereto; separating and removing the release film from the punched electrode layers; stacking at least two punched electrode layers on a current collector ; and then rolling up the punched electrode layers on the current collector . applying an electrode slurry on a release film to thereby produce an electrode layer having the release film attached thereto; punching the electrode layer to a size of a unit electrode to form punched electrode layers having the release film attached thereto; separating and removing the release film from the punched electrode layers; stacking at least two punched electrode layers on a current collector ; and then rolling up the punched electrode layers on the current collector .
An end effector of an electrosurgical device, the end effector comprising: a distal fluid discharge port in fluid communication with a first fluid path ; a distal fluid aspiration port in fluid communication with a second fluid path ; a first electrode and a second electrode ; and a diverter disposed between the first electrode and the second electrode, characterised in that the diverter comprises a porous material having a matrix and a plurality of voids disposed therein, and wherein the plurality of voids is fluidically coupled to the distal fluid discharge port. a distal fluid discharge port in fluid communication with a first fluid path ; a distal fluid aspiration port in fluid communication with a second fluid path ; a first electrode and a second electrode ; and a diverter disposed between the first electrode and the second electrode, characterised in that the diverter comprises a porous material having a matrix and a plurality of voids disposed therein, and wherein the plurality of voids is fluidically coupled to the distal fluid discharge port.
A method for detecting and locating defects on a cable comprising the following steps: - Measuring the parameters S of the cable; - Determining the apparent impedance of the cable as a function of the position z along the cable, both from one end of the cable Z l (z), and also from the other end of the cable Z r (z); - Determining an estimation of the linear resistance R(z) of the cable as a function of the position z along the cable: R z = Z l z − Z r z − Z l z + dz − Z r z + dz 2 ⁢ dz - Detecting a defect on a cable when the estimated linear resistance R(z) moves away from a reference value. - Measuring the parameters S of the cable; - Determining the apparent impedance of the cable as a function of the position z along the cable, both from one end of the cable Z l (z), and also from the other end of the cable Z r (z); - Determining an estimation of the linear resistance R(z) of the cable as a function of the position z along the cable: R z = Z l z − Z r z − Z l z + dz − Z r z + dz 2 ⁢ dz - Detecting a defect on a cable when the estimated linear resistance R(z) moves away from a reference value.
A computer-implemented method of determining a resolution for a picture , wherein an input signal is initially set as pixel values of the picture , the method being characterized by : performing until a power ratio exceeds a threshold value: determining (S2) a first signal power of a first residual signal representative of a difference between the input signal and a half-band filtered version of the input signal; determining (S3) a second signal power of a second residual signal representative of a difference between a resampled signal and a half-band filtered version of the resampled signal, wherein the resampled signal is a downsampled version of the half-band filtered version of the input signal; determining (S4) the power ratio based on the first signal power and the second signal power; and setting (S6) the input signal equal to the resampled signal if the power ratio is equal to or below the threshold value; and determining (S7) the resolution for the picture based on a resolution of the set input signal when the power ratio exceeds the threshold value. performing until a power ratio exceeds a threshold value: determining (S2) a first signal power of a first residual signal representative of a difference between the input signal and a half-band filtered version of the input signal; determining (S3) a second signal power of a second residual signal representative of a difference between a resampled signal and a half-band filtered version of the resampled signal, wherein the resampled signal is a downsampled version of the half-band filtered version of the input signal; determining (S4) the power ratio based on the first signal power and the second signal power; and setting (S6) the input signal equal to the resampled signal if the power ratio is equal to or below the threshold value; and determining (S2) a first signal power of a first residual signal representative of a difference between the input signal and a half-band filtered version of the input signal; determining (S3) a second signal power of a second residual signal representative of a difference between a resampled signal and a half-band filtered version of the resampled signal, wherein the resampled signal is a downsampled version of the half-band filtered version of the input signal; determining (S4) the power ratio based on the first signal power and the second signal power; and setting (S6) the input signal equal to the resampled signal if the power ratio is equal to or below the threshold value; and determining (S7) the resolution for the picture based on a resolution of the set input signal when the power ratio exceeds the threshold value.
A color conversion film which, upon excitation by blue light, emits green and red light; the film comprising a multitude of layers whereby, • one layer is a green light emitting polymer layer comprising green emitting perovskite crystals; and • one layer is a red light emitting polymer layer comprising red emitting core-shell quantum dots comprising Indium and / or Cadmium; and • whereby the red light emitting polymer layer and the green light emitting polymer layer is separated by one or more separating layers; characterized in that at least one of said separating layers • consists of inorganic material; and • is a continuous layer and preferably has a thickness of 1 nm to 10 micrometers; and • covers the whole area of the color conversion film. • one layer is a green light emitting polymer layer comprising green emitting perovskite crystals; and • one layer is a red light emitting polymer layer comprising red emitting core-shell quantum dots comprising Indium and / or Cadmium; and • whereby the red light emitting polymer layer and the green light emitting polymer layer is separated by one or more separating layers; characterized in that at least one of said separating layers • consists of inorganic material; and • is a continuous layer and preferably has a thickness of 1 nm to 10 micrometers; and • covers the whole area of the color conversion film.
A solder composition, consisting of 50% to 83% tin; 13% to 45% indium; 1 to 10% silver; 0.25% to 6% bismuth; and 0.25% to 0.75% copper, wherein the solder composition has a solidus temperature below 157°C. 50% to 83% tin; 13% to 45% indium; 1 to 10% silver; 0.25% to 6% bismuth; and 0.25% to 0.75% copper, wherein the solder composition has a solidus temperature below 157°C.
Electrochemical energy conversion device comprising at least two electrochemical cells , which are stacked on one another to form a cell stack defining a longitudinal axis , wherein at least two fluid channels running parallel to the longitudinal axis are provided for feeding and discharging fluids to and from the at least two electrochemical cells , wherein the cell stack is arranged in a housing , wherein the at least two fluid channels are delimited at least in sections by the cell stack and at least in sections by the housing , wherein the cell stack has longitudinal edges running parallel to the longitudinal axis , wherein the longitudinal edges and the housing are sealed relative to one another, wherein each longitudinal edge is associated with at least one sealing element extending in parallel to the longitudinal edge for sealing the cell stack and the housing , characterized in that the at least one sealing element defines a concavely curved sealing face facing in the direction toward the fluid channel .
A method in a wireless communication system for performing handover, the system including a source eNB , a target home eNB, HeNB, and a terminal , the method comprising: receiving (S501) system information including a cell identifier, ID, a tracking area ID, TAI, and a closed subscriber group, CSG, ID, from a target HeNB ; identifying the CSG ID of the target HeNB included in the system information to determine whether or not the target HeNB is accessible; generating and sending (S505) a measurement report to a source eNB based on a result of the identification, the measurement report including the cell ID, the TAI and the CSG ID of the target HeNB; characterized by receiving handover command information from the source eNB, in case that it is verified, by the target HeNB, whether the CSG ID in the measurement report matches a CSG ID broadcast in the target HeNB; and performing (S555) a handover to the target HeNB. receiving (S501) system information including a cell identifier, ID, a tracking area ID, TAI, and a closed subscriber group, CSG, ID, from a target HeNB ; identifying the CSG ID of the target HeNB included in the system information to determine whether or not the target HeNB is accessible; generating and sending (S505) a measurement report to a source eNB based on a result of the identification, the measurement report including the cell ID, the TAI and the CSG ID of the target HeNB; characterized by receiving handover command information from the source eNB, in case that it is verified, by the target HeNB, whether the CSG ID in the measurement report matches a CSG ID broadcast in the target HeNB; and performing (S555) a handover to the target HeNB.
A battery system monitoring apparatus for monitoring and controlling a battery system , the battery system including a plurality of cell groups , each cell group including a plurality of single battery cells connected in series with each other, the battery system monitoring apparatus comprising: a plurality of battery monitoring circuits provided for the respective cell groups , each battery monitoring circuit including a cell voltage measurement module that is connected with two electrodes of respective single battery cells of a corresponding cell group via voltage detection lines and that measures a cell voltage of each of the single battery cells at each of predetermined timings; and a filter circuit connected with the voltage detection lines, the filter circuit including resistors and capacitors, characterized in that the cell voltage measurement module is adapted to extend intervals at which the cell voltage is to be measured when a stored charge amount in the capacitor in the filter circuit changes. a plurality of battery monitoring circuits provided for the respective cell groups , each battery monitoring circuit including a cell voltage measurement module that is connected with two electrodes of respective single battery cells of a corresponding cell group via voltage detection lines and that measures a cell voltage of each of the single battery cells at each of predetermined timings; and a filter circuit connected with the voltage detection lines, the filter circuit including resistors and capacitors, characterized in that the cell voltage measurement module is adapted to extend intervals at which the cell voltage is to be measured when a stored charge amount in the capacitor in the filter circuit changes.
A method for selectively modulating bleed air used for cooling a downstream turbine section in a gas turbine engine ; the gas turbine engine comprising a compressor section configured to produce a flow of bleed air, a combustion chamber , and the downstream turbine section configured to receive at least a portion of the bleed air; the method comprising: measuring an engine performance parameter by an engine sensor device and/or an aircraft sensor device ; comparing , by a computer processor in an engine control unit , the engine performance parameter to a performance threshold, the performance threshold is a range from a maximum continuous power to sixty percent maximum continuous power; determining a bleed trigger condition, if the engine performance parameter is above the range of the performance threshold; determining a non-cooling condition, if the engine performance parameter is in the range of the performance threshold; actuating a flow control valve to an open position, in response to the bleed trigger condition, so that bleed air is extracted from the compressor section and flowed to the downstream turbine section ; terminating , in response to the non-cooling condition, the flow of the bleed air to the downstream turbine section of the engine by actuating the flow control valve to a closed position to increase the flow of compressed air through the engine ; and restricting, in response to the non-cooling condition, fuel flow to the combustion chamber . measuring an engine performance parameter by an engine sensor device and/or an aircraft sensor device ; comparing , by a computer processor in an engine control unit , the engine performance parameter to a performance threshold, the performance threshold is a range from a maximum continuous power to sixty percent maximum continuous power; determining a bleed trigger condition, if the engine performance parameter is above the range of the performance threshold; determining a non-cooling condition, if the engine performance parameter is in the range of the performance threshold; actuating a flow control valve to an open position, in response to the bleed trigger condition, so that bleed air is extracted from the compressor section and flowed to the downstream turbine section ; terminating , in response to the non-cooling condition, the flow of the bleed air to the downstream turbine section of the engine by actuating the flow control valve to a closed position to increase the flow of compressed air through the engine ; and restricting, in response to the non-cooling condition, fuel flow to the combustion chamber .
A medical hydrogel composition, wherein the medical hydrogel composition comprises a first component and a second component, the first component comprises polylysine and polyethylene imine, the second component comprises one or more of 4-arm-polyethylene glycol-succinimidyl glutarate, 4-arm-polyethylene glycol-succinimidyl succinate, and 4-arm-polyethylene glycol-succinimidyl carbonate, and wherein the polylysine has a degree of polymerization of 20 or more, preferably 25 to 35, wherein in the first component, a mass ratio of the polylysine to the polyethylene imine is 0.1 to 10, wherein the weight average molecular weights of the 4-arm-polyethylene glycol-succinimidyl glutarate, the 4-arm-polyethylene glycol-succinimidyl succinate, and the 4-arm-polyethylene glycol-succinimidyl carbonate are all 2000 to 40000 Da.
A track fitting assembly (10; 310) having an engaged position and an unengaged position, comprising: a lower track fitting (22; 322) defining a recess (90; 390) therein and at least one retaining feature (60; 360), wherein the at least one retaining feature is configured to hold the lower track fitting within a track if the track fitting assembly is in the engaged position; and a cam (28; 328) member having a cam main body that defines an aperture (152; 466); a button (24; 324) having an indicator surface (100; 400), wherein the button is selectively retained within the recess (90; 390) of the lower track fitting; and a biasing (23; 323) member configured to exert a biasing force, wherein the biasing member is retained within the recess (90; 390) of the lower track fitting and positioned relative to the button to exert the biasing force against the button, and wherein the biasing force urges the button through the aperture of the cam member such that the indicator surface (100; 400) of the button is visible through the aperture of the cam member if the track fitting assembly is in the engaged position; wherein the button (24; 324) is retained within the recess (90; 390) of the lower track fitting (22; 322) and is not visible if the track fitting assembly is in the unengaged position. a lower track fitting (22; 322) defining a recess (90; 390) therein and at least one retaining feature (60; 360), wherein the at least one retaining feature is configured to hold the lower track fitting within a track if the track fitting assembly is in the engaged position; and a cam (28; 328) member having a cam main body that defines an aperture (152; 466); a button (24; 324) having an indicator surface (100; 400), wherein the button is selectively retained within the recess (90; 390) of the lower track fitting; and a biasing (23; 323) member configured to exert a biasing force, wherein the biasing member is retained within the recess (90; 390) of the lower track fitting and positioned relative to the button to exert the biasing force against the button, and wherein the biasing force urges the button through the aperture of the cam member such that the indicator surface (100; 400) of the button is visible through the aperture of the cam member if the track fitting assembly is in the engaged position; wherein the button (24; 324) is retained within the recess (90; 390) of the lower track fitting (22; 322) and is not visible if the track fitting assembly is in the unengaged position.
Transmission , having a transmission housing , which has a first opening formed in a first wall of the transmission housing and a second opening which is formed in a second wall of the transmission housing opposite the first wall and is opposite the first opening , having at least one shaft , which is mounted rotatably on the transmission housing via a first bearing device arranged in the first opening and via a second bearing device arranged in the second opening , having a first cover , by means of which the first opening is closed, having a second cover , by means of which the second opening is closed, having a first screw element , by means of which the first cover is held on the transmission housing , having a second screw element , by means of which the second cover is held on the transmission housing , and having a coupling element , to which the screw elements are screwed in order to hold the covers on the transmission housing , as a result of which the walls are pretensioned in the axial direction of the shaft , wherein the coupling element is arranged outside the shaft and next to the shaft in the radial direction of the shaft .