mhurhangee/patent-ind-claim-en huggingface dataset:
A maintaining device for maintaining at least one air jet cooling tube (T), the air jet cooling tube (T) being intended to cool an outer surface of a turbomachine casing , characterized in that the maintaining device comprises a first support , comprising a first inner face turned towards the cooling tube (T) and at least one left tab for partially retaining towards the left the cooling tube (T), located on a side of the first inner face and fastened thereto, a second support , comprising a second inner face turned towards the cooling tube (T) and at least one right tab for partially retaining towards the right the cooling tube (T), located on a side of the second inner face and fastened thereto, first fastening means for fastening the first support to a first flange (BAM) of the casing , second fastening means for fastening the second support to a second flange (BAV) of the casing , the second fastening means being distinct from the first fastening means .
Mower , having a plurality of mowing elements , which are positioned next to one another forming a mower bar , having a roller conditioner , which is arranged behind the mower bar , as seen in the material flow direction of mowed crop, and which has an upper conditioning roller and a lower conditioning roller , wherein the lower conditioning roller is rotatable about a lower, positionally fixed axis of rotation , wherein the upper conditioning roller is rotatable about an upper, shiftable axis of rotation in such a manner that, as a result of shifting the upper axis of rotation relative to the lower axis of rotation , a gap between the conditioning rollers is changeable, characterized in that the lower conditioning roller and the upper conditioning roller are coupled to each other via a scissors-like transmission , wherein a first transmission part is coupled to the lower conditioning roller and a second transmission part is coupled to the upper conditioning roller , wherein the transmission parts are operatively connected to each other and are shiftable in a scissors-like manner with respect to each other. having a plurality of mowing elements , which are positioned next to one another forming a mower bar , having a roller conditioner , which is arranged behind the mower bar , as seen in the material flow direction of mowed crop, and which has an upper conditioning roller and a lower conditioning roller , wherein the lower conditioning roller is rotatable about a lower, positionally fixed axis of rotation , wherein the upper conditioning roller is rotatable about an upper, shiftable axis of rotation in such a manner that, as a result of shifting the upper axis of rotation relative to the lower axis of rotation , a gap between the conditioning rollers is changeable, wherein the lower conditioning roller is rotatable about a lower, positionally fixed axis of rotation , wherein the upper conditioning roller is rotatable about an upper, shiftable axis of rotation in such a manner that, as a result of shifting the upper axis of rotation relative to the lower axis of rotation , a gap between the conditioning rollers is changeable, characterized in that the lower conditioning roller and the upper conditioning roller are coupled to each other via a scissors-like transmission , wherein a first transmission part is coupled to the lower conditioning roller and a second transmission part is coupled to the upper conditioning roller , wherein the transmission parts are operatively connected to each other and are shiftable in a scissors-like manner with respect to each other.
Vehicle guidance system for providing a driving function for the automated longitudinal guidance of a vehicle ; wherein the vehicle guidance system is configured - to determine data relating to a first signalling unit that is located ahead in the direction of travel of the vehicle ; wherein the data relating to the first signalling unit comprise - map data relating to signalling units in a road network used by the vehicle ; and - environmental data relating to the first signalling unit which have been captured by one or more environmental sensors of the vehicle ; - to determine a decision time and/or a decision position before reaching the first signalling unit , at which an offer relating to the consideration of the first signalling unit should be output to the user of the vehicle at the latest; - to determine whether there is a contradiction between the map data and the environmental data relating to a property of the first signalling unit at the decision time or at the decision position; and - to operate the driving function in an automatic mode or in a manual mode at the first signalling unit on the basis of whether it is determined that there is or is not a contradiction between the map data and the environmental data at the decision time or at the decision position; wherein the first signalling unit is taken into consideration automatically in the automatic mode and only after confirmation by a user of the vehicle in the manual mode during the automated longitudinal guidance of the vehicle . - to determine data relating to a first signalling unit that is located ahead in the direction of travel of the vehicle ; wherein the data relating to the first signalling unit comprise - map data relating to signalling units in a road network used by the vehicle ; and - environmental data relating to the first signalling unit which have been captured by one or more environmental sensors of the vehicle ; - to determine a decision time and/or a decision position before reaching the first signalling unit , at which an offer relating to the consideration of the first signalling unit should be output to the user of the vehicle at the latest; - to determine whether there is a contradiction between the map data and the environmental data relating to a property of the first signalling unit at the decision time or at the decision position; and - to operate the driving function in an automatic mode or in a manual mode at the first signalling unit on the basis of whether it is determined that there is or is not a contradiction between the map data and the environmental data at the decision time or at the decision position; wherein the first signalling unit is taken into consideration automatically in the automatic mode and only after confirmation by a user of the vehicle in the manual mode during the automated longitudinal guidance of the vehicle .
An apparatus for detection and mapping of the phrenic nerve , comprising: an interface, configured to receive one or more magnetic-positioning signals from one or more position sensors (40a-f) coupled to one or more body-surface patches (28a-f) attached to a body of a patient , the magnetic-positioning signals indicative of respective positions of the position sensors; and a processor , configured to: detect an inadvertent stimulation of a phrenic nerve of the patient, which occurs due to cardiac pacing applied by an intra-cardiac electrode in a heart of the patient; estimate, based on the magnetic-positioning signals, a motion of one or more of the body-surface patches (28a-f) occurring during the detected stimulation of the phrenic nerve; estimate, based on the estimated motion of the body-surface patches, a distance between the pacing electrode and the phrenic nerve ; and send an output derived from the estimated distance to the output device . an interface, configured to receive one or more magnetic-positioning signals from one or more position sensors (40a-f) coupled to one or more body-surface patches (28a-f) attached to a body of a patient , the magnetic-positioning signals indicative of respective positions of the position sensors; and a processor , configured to: detect an inadvertent stimulation of a phrenic nerve of the patient, which occurs due to cardiac pacing applied by an intra-cardiac electrode in a heart of the patient; estimate, based on the magnetic-positioning signals, a motion of one or more of the body-surface patches (28a-f) occurring during the detected stimulation of the phrenic nerve; estimate, based on the estimated motion of the body-surface patches, a distance between the pacing electrode and the phrenic nerve ; and send an output derived from the estimated distance to the output device . detect an inadvertent stimulation of a phrenic nerve of the patient, which occurs due to cardiac pacing applied by an intra-cardiac electrode in a heart of the patient; estimate, based on the magnetic-positioning signals, a motion of one or more of the body-surface patches (28a-f) occurring during the detected stimulation of the phrenic nerve; estimate, based on the estimated motion of the body-surface patches, a distance between the pacing electrode and the phrenic nerve ; and send an output derived from the estimated distance to the output device .
A method, comprising: receiving, by a device , software logs identifying raw data generated by a telecommunications network ; converting, by the device , the raw data from a markup language format to a text format, to generate text data; changing, by the device , name strings of the text data to a new name; extracting, by the device, pre-log data, associated with test cases, from the text data; removing, by the device , files with less than a threshold quantity of lines from the text data to generate modified text data; extracting, by the device , user equipment, UE, data, associated with a particular quantity of UEs, from the modified text data; decoding, by the device , radio resource control, RRC, messages in the modified text data to generate decoded RRC messages; extracting, by the device , marker data, associated with particular markers, from the modified text data; removing, by the device , files associated with timestamps and a first set of the test cases from the modified text data to generate further modified text data; extracting, by the device , test case data, associated with a second set of the test cases, from the further modified text data; generating, by the device , final data with the new name and including the pre-log data, the UE data, the decoded RRC messages, the marker data, and the test case data; and training, by the device , a deep neural network, DNN, model with the final data to generate a trained DNN model. receiving, by a device , software logs identifying raw data generated by a telecommunications network ; converting, by the device , the raw data from a markup language format to a text format, to generate text data; changing, by the device , name strings of the text data to a new name; extracting, by the device, pre-log data, associated with test cases, from the text data; removing, by the device , files with less than a threshold quantity of lines from the text data to generate modified text data; extracting, by the device , user equipment, UE, data, associated with a particular quantity of UEs, from the modified text data; decoding, by the device , radio resource control, RRC, messages in the modified text data to generate decoded RRC messages; extracting, by the device , marker data, associated with particular markers, from the modified text data; removing, by the device , files associated with timestamps and a first set of the test cases from the modified text data to generate further modified text data; extracting, by the device , test case data, associated with a second set of the test cases, from the further modified text data; generating, by the device , final data with the new name and including the pre-log data, the UE data, the decoded RRC messages, the marker data, and the test case data; and training, by the device , a deep neural network, DNN, model with the final data to generate a trained DNN model.
An inverter comprising: an inverter device configured to output three-phase alternating currents to drive an AC motor ; a current detection unit configured to detect current waveforms of two phases from among the three-phase output currents from the inverter device; an edge conversion unit configured to produce a respective edge signal from each current waveform detected by the current detection unit, the edge signal having a positive value at the moment when the value of the respective current waveform passes a first threshold from a lower to a higher value and a negative value at the moment when the value of the respective current waveform passes a second threshold from a higher to a lower value and otherwise zero; and an edge determination unit configured to determine a pattern of each series of edge signals from each current waveform by determining the presence or absence of edge signals within the series, wherein the edge determination unit is arranged to detect loss of at least one phase by comparing the patterns of the series of edge signals from each current waveform with each other to determine whether a phase-loss condition is met. an inverter device configured to output three-phase alternating currents to drive an AC motor ; a current detection unit configured to detect current waveforms of two phases from among the three-phase output currents from the inverter device; an edge conversion unit configured to produce a respective edge signal from each current waveform detected by the current detection unit, the edge signal having a positive value at the moment when the value of the respective current waveform passes a first threshold from a lower to a higher value and a negative value at the moment when the value of the respective current waveform passes a second threshold from a higher to a lower value and otherwise zero; and an edge determination unit configured to determine a pattern of each series of edge signals from each current waveform by determining the presence or absence of edge signals within the series, wherein the edge determination unit is arranged to detect loss of at least one phase by comparing the patterns of the series of edge signals from each current waveform with each other to determine whether a phase-loss condition is met.
A packaging for storage and transport of a bioreactor system, the bioreactor system having a vessel comprising a flexible material defining a chamber and a mixing system disposed in the chamber, the mixing system including a base and a shaft rotatably mounted in the base, the packaging comprising a frame comprising: a base member including a cavity configured in size to have the mixing system base securely positioned therein, vertical support members connected to the base member, and cross members connecting adjacent vertical support members; and characterized by : a support structure connected to the frame and configured to be connected to the shaft of the mixing system via a plurality of rods connected to a hub (140;202) in which the shaft is rotatably positioned. a frame comprising: a base member including a cavity configured in size to have the mixing system base securely positioned therein, vertical support members connected to the base member, and cross members connecting adjacent vertical support members; and characterized by : a support structure connected to the frame and configured to be connected to the shaft of the mixing system via a plurality of rods connected to a hub (140;202) in which the shaft is rotatably positioned.
A method for producing 1-chloro-2,3,3-trifluoropropene , comprising the step of dehydrofluorinating 3-chloro-1,1,2,2-tetrafluoropropane , wherein the dehydrofluorination is performed in the presence of an accelerator, which is an alkali or base compound.
A climate-control system comprising: a first compressor having a first inlet and a first outlet ; a second compressor in fluid communication with the first compressor and having second and third inlets , a second compression mechanism and a second outlet , the second and third inlets fluidly coupled to the second compression mechanism , the second compression mechanism configured to receive working fluid from the first compressor through the third inlet and is configured to discharge working fluid through the second outlet of the second compressor , wherein a first heat exchanger is in fluid communication with the second compressor and is configured to receive working fluid from the second compressor , wherein a second heat exchanger is in fluid communication with the first heat exchanger and includes a fourth inlet and third and fourth outlets , the fourth inlet receives working fluid from the first heat exchanger , the third outlet provides working fluid to the first inlet , wherein a first expansion device is disposed between the first heat exchanger and the second heat exchanger , wherein the fourth outlet of the second heat exchanger provides working fluid to the second inlet of the second compressor , and wherein the climate-control system further comprises a third heat exchanger characterized in that the third heat exchanger is disposed between the first and second compressors and including a fifth inlet a fifth outlet providing working fluid to the second inlet of the second compressor , and a sixth outlet providing working fluid to the third inlet of the second compressor . a first compressor having a first inlet and a first outlet ; a second compressor in fluid communication with the first compressor and having second and third inlets , a second compression mechanism and a second outlet , the second and third inlets fluidly coupled to the second compression mechanism , the second compression mechanism configured to receive working fluid from the first compressor through the third inlet and is configured to discharge working fluid through the second outlet of the second compressor , wherein a first heat exchanger is in fluid communication with the second compressor and is configured to receive working fluid from the second compressor , wherein a second heat exchanger is in fluid communication with the first heat exchanger and includes a fourth inlet and third and fourth outlets , the fourth inlet receives working fluid from the first heat exchanger , the third outlet provides working fluid to the first inlet , wherein a first expansion device is disposed between the first heat exchanger and the second heat exchanger , wherein the fourth outlet of the second heat exchanger provides working fluid to the second inlet of the second compressor , and wherein the climate-control system further comprises a third heat exchanger characterized in that the third heat exchanger is disposed between the first and second compressors and including a fifth inlet a fifth outlet providing working fluid to the second inlet of the second compressor , and a sixth outlet providing working fluid to the third inlet of the second compressor .
Use of a multi-fluid kit in a three-dimensional printing process in which a fusing agent is applied to a powder bed material that includes polymer particles, said kit comprising: a fusing agent comprising water and metal oxide nanoparticles dispersed therein, the metal oxide nanoparticles selected from titanium dioxide, zinc oxide, cerium oxide, indium tin oxide, or a combination thereof, wherein the metal oxide nanoparticles have an average particle size from about 2 nm to about 500 nm; and a detailing agent comprising a detailing compound, the detailing compound comprising a solvent that evaporates at a temperature below the temperature of the powder bed material onto which the detailing agent is applied. a fusing agent comprising water and metal oxide nanoparticles dispersed therein, the metal oxide nanoparticles selected from titanium dioxide, zinc oxide, cerium oxide, indium tin oxide, or a combination thereof, wherein the metal oxide nanoparticles have an average particle size from about 2 nm to about 500 nm; and a detailing agent comprising a detailing compound, the detailing compound comprising a solvent that evaporates at a temperature below the temperature of the powder bed material onto which the detailing agent is applied.
An information processing program to be executed by a computer of an information processing device for displaying a partial area of a panoramic video on a display device, wherein the information processing program causes the computer to function as: range determining means (5, S13) for determining a display range of the panoramic video to be displayed on the display device based on an input made on a predetermined input device; target setting means (5, S12) for setting a range and/or a position on a panoramic image as a target; and first output control means (5, S14, S17) for displaying the panoramic video of the display range on the display device, and outputting guide information representing a relationship between the display range and the target. range determining means (5, S13) for determining a display range of the panoramic video to be displayed on the display device based on an input made on a predetermined input device; target setting means (5, S12) for setting a range and/or a position on a panoramic image as a target; and first output control means (5, S14, S17) for displaying the panoramic video of the display range on the display device, and outputting guide information representing a relationship between the display range and the target.
A guided wave radar level measurement device , comprising: a probe comprising an outer conductor and a central conductor , said central conductor surrounded at least in part by a dielectric material and resilient metal seals; wherein the resilient metal seals form a hermetic seal around a portion of said probe, said resilient metal seals protecting said dielectric material, wherein said resilient metal seals are co-located with a retaining ring about a lower load ring ; and wherein said resilient metal seals are mated with at least one insulator and at least one gasket to provide a thermal and mechanical barrier as well as isolating electronics of said guided wave radar level measurement device from process and temperature shocks. a probe comprising an outer conductor and a central conductor , said central conductor surrounded at least in part by a dielectric material and resilient metal seals; wherein the resilient metal seals form a hermetic seal around a portion of said probe, said resilient metal seals protecting said dielectric material, wherein said resilient metal seals are co-located with a retaining ring about a lower load ring ; and wherein said resilient metal seals are mated with at least one insulator and at least one gasket to provide a thermal and mechanical barrier as well as isolating electronics of said guided wave radar level measurement device from process and temperature shocks.