mhurhangee/patent-ind-claim-en huggingface dataset:
Thermal image analyser for determining the stomatal conductance of a plant , comprising: - a thermal imaging device , configured to capture a thermal image of at least a portion of the plant that is in an imaging region of the thermal imaging device, and - a processor device , configured to analyse the captured thermal image and to determine the stomatal conductance of the plant on the basis of the captured thermal image, characterized in that, the thermal image analyser further comprises: - a reference object , which comprises a reference surface and a thermal sensor , wherein the thermal sensor is connected to the reference surface and configured to emit a temperature sensor signal that is representative for a surface temperature of the reference surface, wherein the reference object is adapted to be positioned, such that at least a portion of the reference surface is located in the imaging region of the thermal imaging device, wherein the temperature sensor signal is adapted to be transmitted to the processor device, wherein the processor device is configured to compensate the stomatal conductance on the basis of the captured thermal image and the temperature sensor signal, and wherein the reference object comprises a cap , which is formed by a spheroid wall and wherein the reference surface is formed by a spherical outer surface of the spheroid wall. - a thermal imaging device , configured to capture a thermal image of at least a portion of the plant that is in an imaging region of the thermal imaging device, and - a processor device , configured to analyse the captured thermal image and to determine the stomatal conductance of the plant on the basis of the captured thermal image, the thermal image analyser further comprises: - a reference object , which comprises a reference surface and a thermal sensor , wherein the thermal sensor is connected to the reference surface and configured to emit a temperature sensor signal that is representative for a surface temperature of the reference surface, - a reference object , which comprises a reference surface and a thermal sensor , wherein the thermal sensor is connected to the reference surface and configured to emit a temperature sensor signal that is representative for a surface temperature of the reference surface, wherein the reference object is adapted to be positioned, such that at least a portion of the reference surface is located in the imaging region of the thermal imaging device, wherein the temperature sensor signal is adapted to be transmitted to the processor device, wherein the processor device is configured to compensate the stomatal conductance on the basis of the captured thermal image and the temperature sensor signal, and wherein the reference object comprises a cap , which is formed by a spheroid wall and wherein the reference surface is formed by a spherical outer surface of the spheroid wall.
A device for curing resin-impregnated lining tubes with high-energy radiation, comprising at least one radiation source for generating high-energy radiation and at least one power control device for regulating the electrical power output to the at least one radiation source, wherein at least one setpoint parameter representative of the desired electrical power consumption by the radiation source is settable or set at the power control device, and the actual power consumed by the at least one radiation source is measured by means of a measuring device and is permanently compared with the setpoint parameter, wherein, in the case where the setpoint parameter is undershot, the power control device increases the power output and, in the case where the setpoint parameter is exceeded, the power output is reduced, and/or the movement of the device in the lining tube is regulated depending on the actual power output of the radiation source, and wherein the actual power output of the power control device can deviate from the predefined setpoint parameter, such that the actual power of the radiation source corresponds to the setpoint parameter, and wherein the setpoint parameter comprises definable values for the setpoint output voltage, the setpoint output current, the setpoint output power and/or the setpoint output frequency.
A method for receiving a physical downlink control channel, PDCCH, by a downlink receiver for which one or more cells are set, characterized by : receiving information on configuration of a virtual resource block, VRB, set for potential PDCCH transmission; and monitoring the VRB set and demodulating the PDCCH, wherein information on the VRB set is information related to a cell for which PDCCH non-cross-interleaving is set or a cell for which PDCCH demodulation based on a downlink receiver-specific reference signal is set, and wherein the information on the VRB set is commonly defined for a first slot and a second slot in a downlink subframe. receiving information on configuration of a virtual resource block, VRB, set for potential PDCCH transmission; and monitoring the VRB set and demodulating the PDCCH, wherein information on the VRB set is information related to a cell for which PDCCH non-cross-interleaving is set or a cell for which PDCCH demodulation based on a downlink receiver-specific reference signal is set, and wherein the information on the VRB set is commonly defined for a first slot and a second slot in a downlink subframe.
A method for augmenting data performed by at least one computing device to obtain an augmented dataset and for utilizing the augmented dataset as a training dataset of an anomaly detection model, wherein the augmented dataset is generated from an original dataset comprising a first class and a second class, the method comprising: obtaining a score prediction model learned using a first noisy sample, wherein the first noisy sample is generated by adding noise with a specified distribution to a sample of the first class, the score prediction model is learned to predict a score by receiving the first noisy sample, and the predicted score is a value of a gradient vector for data density of the first class in the data space; generating a second noisy sample by adding the noise with the specified distribution to a sample of the second class; and generating a fake sample of the first class from the second noisy sample using a score for the second noisy sample, the score for the second noisy sample being predicted through the score prediction model, wherein the anomaly detection model is a classification model, wherein the first class is an abnormal class, and the second class is a normal class, wherein a number of samples of the first class is less than a number of samples of the second class in the original data set , and wherein each sample constituting the original dataset is an image. obtaining a score prediction model learned using a first noisy sample, wherein the first noisy sample is generated by adding noise with a specified distribution to a sample of the first class, the score prediction model is learned to predict a score by receiving the first noisy sample, and the predicted score is a value of a gradient vector for data density of the first class in the data space; generating a second noisy sample by adding the noise with the specified distribution to a sample of the second class; and generating a fake sample of the first class from the second noisy sample using a score for the second noisy sample, the score for the second noisy sample being predicted through the score prediction model, wherein the anomaly detection model is a classification model, wherein the first class is an abnormal class, and the second class is a normal class, wherein a number of samples of the first class is less than a number of samples of the second class in the original data set , and wherein each sample constituting the original dataset is an image.
A device for rail vehicles comprising: - a predominantly hollow axle tube extending along a longitudinal direction (LR) and ending in a first wheel flange ; - a wheel support extending opposite to the longitudinal direction (LR), comprising a wheel bearing , a second wheel flange and a mandrel as a cone, wherein the second wheel flange , the first wheel flange and a wheel arranged therebetween with a wheel hub are connected to each other via a flange connection, characterized in that the mandrel as a cone is inserted from the wheel support in a positive-locking manner opposite to the longitudinal direction (LR) through the wheel hub of the wheel into the interior of the axle tube and ends in a fastening element , which is arranged and cast into the axle tube , and is connected thereto. - a predominantly hollow axle tube extending along a longitudinal direction (LR) and ending in a first wheel flange ; - a wheel support extending opposite to the longitudinal direction (LR), comprising a wheel bearing , a second wheel flange and a mandrel as a cone,
A wireless communication method, comprising: receiving, by a terminal device, cell reselection priority information of Radio Resource Control, RRC, release information sent by a network device, wherein the cell reselection priority information comprises priority information and slice information; and determining, by the terminal device, a target cell for cell selection or reselection according to the priority information and the slice information; if the terminal device does not determine the target cell which satisfies a cell reselection rule, if there is second slice information pre-stored by the terminal device, performing, by the terminal device, cell search according to the pre-stored second slice information; if there is no second slice information pre-stored by the terminal device, performing, by the terminal device a cell reselection according to first slice information carried in system information of a currently camped cell; wherein slice information comprises at least one of: a slice identity, Network Slice Selection Assistance Information, NSSAI, a slice type or a service type, a cell identity, a cell identity range, a frequency point index, a Public Land Mobile Network, PLMN, and a Tracking Area, TA, identity. receiving, by a terminal device, cell reselection priority information of Radio Resource Control, RRC, release information sent by a network device, wherein the cell reselection priority information comprises priority information and slice information; and determining, by the terminal device, a target cell for cell selection or reselection according to the priority information and the slice information; if the terminal device does not determine the target cell which satisfies a cell reselection rule, if there is second slice information pre-stored by the terminal device, performing, by the terminal device, cell search according to the pre-stored second slice information; if there is no second slice information pre-stored by the terminal device, performing, by the terminal device a cell reselection according to first slice information carried in system information of a currently camped cell; wherein slice information comprises at least one of: a slice identity, Network Slice Selection Assistance Information, NSSAI, a slice type or a service type, a cell identity, a cell identity range, a frequency point index, a Public Land Mobile Network, PLMN, and a Tracking Area, TA, identity.
A battery system comprising: (i) a housing comprising a housing frame and a base frame , wherein the housing frame and the base frame enclose a housing space ; (ii) at least one battery module (M1, M2, M3) comprising a plurality of battery cells electrically connected to each other by means of a bus bar , wherein the battery module (M1, M2, M3) is disposed in the housing space ; (iii) at least one tray comprising a tray frame and a tray base ; and (iv) a liquid detection system integrated with a battery management system , wherein the battery management system is adapted to detect a liquid inside the tray by means of the liquid detection system , wherein the liquid detection system comprises a high-voltage conductor , whose first end is connected to the bus bar and whose second end is disposed between the base frame and the tray base characterized in that the liquid detection system further comprises a low-voltage conductor , whose first end is connected to the battery management system and whose second end is disposed between the second end of the high-voltage conductor and the tray base . (i) a housing comprising a housing frame and a base frame , wherein the housing frame and the base frame enclose a housing space ; (ii) at least one battery module (M1, M2, M3) comprising a plurality of battery cells electrically connected to each other by means of a bus bar , wherein the battery module (M1, M2, M3) is disposed in the housing space ; (iii) at least one tray comprising a tray frame and a tray base ; and (iv) a liquid detection system integrated with a battery management system , wherein the battery management system is adapted to detect a liquid inside the tray by means of the liquid detection system , wherein the liquid detection system comprises a high-voltage conductor , whose first end is connected to the bus bar and whose second end is disposed between the base frame and the tray base characterized in that the liquid detection system further comprises a low-voltage conductor , whose first end is connected to the battery management system and whose second end is disposed between the second end of the high-voltage conductor and the tray base .
An airplane comprising: a fuselage portion ; a wing portion ; and a flight-deck-installed, multi-function display ; an onboard network; a gateway connected to the onboard network; an aircraft interface device connected to the onboard network to couple a portable electronic device, PED , to the flight-deck-installed, multi-function display , the aircraft interface device operable to receive information from a PED hosted application in the PED and route the information through the gateway ; and avionics to display the information on the flight-deck-installed, multi-function display , wherein the onboard network comprises: an aircraft data network used by certified avionics for communication between certified components; a flight deck crew network accessible by operationally approved, uncertified applications hosted on the PED , wherein the gateway routes information between the aircraft data network and the flight deck crew network ; and a plurality of firewalls to isolate the aircraft data network and the flight deck crew network , and a pilot control interface wherein the aircraft interface device is further operable to couple a pilot control interface to the PED through the onboard network to enable controlling a plurality of functions on the PED via the pilot control interface , wherein the pilot control interface comprises a plurality of input and control devices, wherein the plurality of input and control devices and the flight-deck-installed, multi-function display are usable by a plurality of users where each user can provide input and control their own PED and flight-deck-installed, multi-function display , wherein the aircraft interface device is configured such that each user can provide input and exclusively control the application on another user's PED on their flight-deck-installed, multi-function display , each user can control separate PEDs independently, and users can cooperatively control a single PED . a fuselage portion ; a wing portion ; and a flight-deck-installed, multi-function display ; an onboard network; a gateway connected to the onboard network; an aircraft interface device connected to the onboard network to couple a portable electronic device, PED , to the flight-deck-installed, multi-function display , the aircraft interface device operable to receive information from a PED hosted application in the PED and route the information through the gateway ; and avionics to display the information on the flight-deck-installed, multi-function display , an aircraft data network used by certified avionics for communication between certified components; a flight deck crew network accessible by operationally approved, uncertified applications hosted on the PED , wherein the gateway routes information between the aircraft data network and the flight deck crew network ; and a plurality of firewalls to isolate the aircraft data network and the flight deck crew network , and a pilot control interface wherein the aircraft interface device is further operable to couple a pilot control interface to the PED through the onboard network to enable controlling a plurality of functions on the PED via the pilot control interface ,
Pipeline internal centering device for centering a first pipe relative to a second pipe , with (a) a centering unit for aligning the second pipe relative to the first pipe , the centering unit comprising - a first centering ring to be fixed into the first pipe and - a second centering ring to be fixed into a second pipe , wherein the first centering ring is coaxially aligned to the second centering ring , (b) a transport device for moving it along a longitudinal axis (L) of the pipeline internal centering device , and characterised by : (c) a rotary device by means of which the pipeline internal centering device can be rotated about its longitudinal axis (L), wherein the centering unit can be moved independently of the rotary device . (a) a centering unit for aligning the second pipe relative to the first pipe , the centering unit comprising - a first centering ring to be fixed into the first pipe and - a second centering ring to be fixed into a second pipe , wherein the first centering ring is coaxially aligned to the second centering ring , - a first centering ring to be fixed into the first pipe and - a second centering ring to be fixed into a second pipe , wherein the first centering ring is coaxially aligned to the second centering ring , (b) a transport device for moving it along a longitudinal axis (L) of the pipeline internal centering device ,
A bale opener • for opening pressed fiber bales deployed in a deployment direction : • comprising - a removal unit that is arranged vertically variably at a machine frame of the bale opener 17); and - the machine frame that • is travelable in the deployment direction so that o the fiber bales can be traveled over by the removal unit ; and o fiber material is removable from the fiber bales , • has a portal construction; and • is guided by means of rollers on a running surface facing the rollers of a running rail of a basemounted running rail arrangement facing the rollers , characterized in that • viewed along the longitudinal extent of the running rail , the cross-section of the running surface of the rollers is curved in the direction of the rollers , • with every roller , viewed transversely to its axis of rotation, having a running surface that has a smaller curvature than the running surface of the running rail . • for opening pressed fiber bales deployed in a deployment direction : • comprising - a removal unit that is arranged vertically variably at a machine frame of the bale opener 17); and - the machine frame that • is travelable in the deployment direction so that o the fiber bales can be traveled over by the removal unit ; and o fiber material is removable from the fiber bales , • has a portal construction; and • is guided by means of rollers on a running surface facing the rollers of a running rail of a basemounted running rail arrangement facing the rollers , - a removal unit that is arranged vertically variably at a machine frame of the bale opener 17); and - the machine frame that • is travelable in the deployment direction so that o the fiber bales can be traveled over by the removal unit ; and o fiber material is removable from the fiber bales , • has a portal construction; and • is guided by means of rollers on a running surface facing the rollers of a running rail of a basemounted running rail arrangement facing the rollers , • is travelable in the deployment direction so that o the fiber bales can be traveled over by the removal unit ; and o fiber material is removable from the fiber bales , o the fiber bales can be traveled over by the removal unit ; and o fiber material is removable from the fiber bales , • has a portal construction; and • is guided by means of rollers on a running surface facing the rollers of a running rail of a basemounted running rail arrangement facing the rollers , • viewed along the longitudinal extent of the running rail , the cross-section of the running surface of the rollers is curved in the direction of the rollers , • with every roller , viewed transversely to its axis of rotation, having a running surface that has a smaller curvature than the running surface of the running rail .
A method of enhancing the sweetness of sweetener in a beverage or food product comprising adding hesperetin Dihydrochalcone to the product in an amount of 2 to 20 ppm by weight of the total weight of the product, wherein the method does not include: - the addition of 10 ppm hesperetin Dihydrochalcone to a chewing gum; and - the addition of 5 ppm or 10 ppm hesperetin Dihydrochalcone to a hard candy; wherein the sweetener is selected from the group consisting of saccharin, aspartame, cyclamate, sucralose, saccharine, stevia, rebauasdioside A, neotame, and acesulfame K. wherein the method does not include: - the addition of 10 ppm hesperetin Dihydrochalcone to a chewing gum; and - the addition of 5 ppm or 10 ppm hesperetin Dihydrochalcone to a hard candy; - the addition of 10 ppm hesperetin Dihydrochalcone to a chewing gum; and - the addition of 5 ppm or 10 ppm hesperetin Dihydrochalcone to a hard candy; wherein the sweetener is selected from the group consisting of saccharin, aspartame, cyclamate, sucralose, saccharine, stevia, rebauasdioside A, neotame, and acesulfame K.
A method for the production of a reinforced thermoplastic container , the method comprising providing a mould having at least two mould parts , each mould part having an inner side and an outer side , characterized in that the method comprises: releasably securing at least one attachment element to the inner side of at least one of the mould parts , subsequently connecting a tension member to the at least one attachment element , adding a thermoplastic material onto the inner side of at least one of the at least two mould parts , closing the at least two mould parts to produce a mould cavity , heating the thermoplastic material and distributing the thermoplastic material at the inner side of the at least two mould parts to create a moulded body of the reinforced container in which the at least one attachment element is fixedly integrated into a wall of the container body. releasably securing at least one attachment element to the inner side of at least one of the mould parts , subsequently connecting a tension member to the at least one attachment element , adding a thermoplastic material onto the inner side of at least one of the at least two mould parts , closing the at least two mould parts to produce a mould cavity , heating the thermoplastic material and distributing the thermoplastic material at the inner side of the at least two mould parts to create a moulded body of the reinforced container in which the at least one attachment element is fixedly integrated into a wall of the container body.
A pharmaceutical composition comprising clomiphene or a pharmaceutically acceptable salt thereof comprising both trans-isomer and cis-isomer in a ratio of trans : cis ranging from 10 : 90 to 0 : 100, for use in the treatment of hot flashes.