mhurhangee/ep-ind-claims huggingface dataset:
A navigation method implemented by an in-vehicle infotainment system, comprising: acquiring a real world image and a navigation information; converting (S 120) the real world image to obtain a projection image, wherein the projection image is matched with an eyebox of at least one pair of vehicle-mounted glasses; superimposing the navigation information on the projection image to obtain a navigation image; and transmitting (S 140) to the vehicle-mounted glasses the navigation image so that the navigation image is displayed by the vehicle-mounted glasses, wherein in a case that the real world image is a first real world image captured by a first image capturing device (Camera1) of the in-vehicle infotainment system, characterized in that the converting the real world image to obtain a projection image further comprises: acquiring a first positional relationship between a second real world image captured by a second image capturing device (Camera2) of the vehicle-mounted glasses and the eyebox of the vehicle-mounted glasses; determining a second positional relationship between the first real world image and the second real world image; and converting the first real world image to obtain the projection image, based on the first positional relationship and the second positional relationship. acquiring a real world image and a navigation information; converting (S 120) the real world image to obtain a projection image, wherein the projection image is matched with an eyebox of at least one pair of vehicle-mounted glasses; superimposing the navigation information on the projection image to obtain a navigation image; and transmitting (S 140) to the vehicle-mounted glasses the navigation image so that the navigation image is displayed by the vehicle-mounted glasses, wherein in a case that the real world image is a first real world image captured by a first image capturing device (Camera1) of the in-vehicle infotainment system, characterized in that the converting the real world image to obtain a projection image further comprises: acquiring a first positional relationship between a second real world image captured by a second image capturing device (Camera2) of the vehicle-mounted glasses and the eyebox of the vehicle-mounted glasses; determining a second positional relationship between the first real world image and the second real world image; and converting the first real world image to obtain the projection image, based on the first positional relationship and the second positional relationship. acquiring a first positional relationship between a second real world image captured by a second image capturing device (Camera2) of the vehicle-mounted glasses and the eyebox of the vehicle-mounted glasses; determining a second positional relationship between the first real world image and the second real world image; and converting the first real world image to obtain the projection image, based on the first positional relationship and the second positional relationship.
A computer implemented method for monitoring a software application, the method comprising: obtaining monitoring data pertaining to one or more target components of the software application, based on preferences of a user, wherein the monitoring data comprises data pertaining to at least one performance parameter of the software application at at least one of an application level and a database level; providing the monitoring data to a monitoring buffer after a first predetermined time interval, wherein the monitoring buffer is a fast memory; and transferring the monitoring data from the monitoring buffer to a database after a second predetermined time interval, wherein a network for transferring the monitoring data from the monitoring buffer to the database is separate from a network in which the software application is executed to ensure that the transfer of the monitoring data from the monitoring buffer to the database is independent of the execution of the software application; ascertaining whether a database updation criteria is met; and flushing the monitoring data from the monitoring buffer based on the database updation criteria, when the database updation criteria is met, wherein the database updation comprises at least one of successful completion of the previous transfer cycle from the monitoring buffer to the database and expiration of a third predetermined time interval, and continuing transferring the monitoring data from the monitoring buffer to the database, when the database updation criteria is not met. obtaining monitoring data pertaining to one or more target components of the software application, based on preferences of a user, wherein the monitoring data comprises data pertaining to at least one performance parameter of the software application at at least one of an application level and a database level; providing the monitoring data to a monitoring buffer after a first predetermined time interval, wherein the monitoring buffer is a fast memory; and transferring the monitoring data from the monitoring buffer to a database after a second predetermined time interval, wherein a network for transferring the monitoring data from the monitoring buffer to the database is separate from a network in which the software application is executed to ensure that the transfer of the monitoring data from the monitoring buffer to the database is independent of the execution of the software application; ascertaining whether a database updation criteria is met; and flushing the monitoring data from the monitoring buffer based on the database updation criteria, when the database updation criteria is met, wherein the database updation comprises at least one of successful completion of the previous transfer cycle from the monitoring buffer to the database and expiration of a third predetermined time interval, and continuing transferring the monitoring data from the monitoring buffer to the database, when the database updation criteria is not met.
Product comprising a calixarene represented by Formula I below: in which: (i) n = an integer from 4 to 16, (ii) m = an integer from 1 to 10, (iii) X is chosen from: - a hydrogen, - an alkyl group, the number of carbons being from 1 to 20, in particular from 1 to 10, - a halogen chosen from Cl, Br, I, or - an amphiphilic group chosen from an anionic group, such as the carboxylates -RCO 2 -, the sulphates -RSO 4 -, the sulphonates -RSO 3 -, a cationic group, such as RNH 3 +, in which R is an alkyl group, the number of carbons being from 1 to 20, in particular from 1 to 10, for its use in the treatment of pathologies involving at least one bacterial strain having a resistance to at least one defined antibiotic, in patients undergoing simultaneous or sequential treatment with a given antibiotic to which said bacterial strain optionally has a resistance, or for its use in the treatment of pathologies involving a wild-type bacterial strain having no acquired resistance to any known antibiotic, in patients undergoing simultaneous or sequential treatment with a "given antibiotic" to which said bacterial strain has no resistance. (i) n = an integer from 4 to 16, (ii) m = an integer from 1 to 10, (iii) X is chosen from: - a hydrogen, - an alkyl group, the number of carbons being from 1 to 20, in particular from 1 to 10, - a halogen chosen from Cl, Br, I, or - an amphiphilic group chosen from an anionic group, such as the carboxylates -RCO 2 -, the sulphates -RSO 4 -, the sulphonates -RSO 3 -, a cationic group, such as RNH 3 +, in which R is an alkyl group, the number of carbons being from 1 to 20, in particular from 1 to 10, - a hydrogen, - an alkyl group, the number of carbons being from 1 to 20, in particular from 1 to 10, - a halogen chosen from Cl, Br, I, or - an amphiphilic group chosen from an anionic group, such as the carboxylates -RCO 2 -, the sulphates -RSO 4 -, the sulphonates -RSO 3 -, a cationic group, such as RNH 3 +, in which R is an alkyl group, the number of carbons being from 1 to 20, in particular from 1 to 10,
A method of determining an optical power of a toric lens, the method comprising: receiving a measurement related to an anterior corneal portion of an eye of a patient, the measurement obtained by an ophthalmic diagnostic device; receiving information related to a position of an incision to be made in the eye of the patient for surgical purpose; and calculating an optical power of a toric lens based on the received measurement and the received position, wherein the method is performed by a processor by executing instructions stored in a non-transitory computer medium; and wherein receiving the measurement related to an anterior corneal portion includes receiving orientation of the steep meridian of the anterior corneal portion; characterised in that calculating an optical power of a toric lens includes calculating a value for surgically induced astigmatism, the surgically induced astigmatism value given by a function of a sine of the orientation of the steep meridian of the anterior corneal portion and a function of the position of the incision, wherein the function comprises a first orthogonal component represented by J 0 SIA and a second orthogonal component represented by J 45 SIA, wherein J 0 SIA = k 1 + k 2 × ( sin abs φ ∗ π 180 − 1 and J 45 SIA = k 3 × ( 0 − ( cos abs φ ∗ π 180, wherein the variable φ refers to the angular difference between the pre-operative orientation of the steep meridian of the anterior cornea and the incision axis and k 1, k 2 and k 3 are constants. receiving a measurement related to an anterior corneal portion of an eye of a patient, the measurement obtained by an ophthalmic diagnostic device; receiving information related to a position of an incision to be made in the eye of the patient for surgical purpose; and calculating an optical power of a toric lens based on the received measurement and the received position, wherein the method is performed by a processor by executing instructions stored in a non-transitory computer medium; and wherein receiving the measurement related to an anterior corneal portion includes receiving orientation of the steep meridian of the anterior corneal portion; characterised in that calculating an optical power of a toric lens includes calculating a value for surgically induced astigmatism, the surgically induced astigmatism value given by a function of a sine of the orientation of the steep meridian of the anterior corneal portion and a function of the position of the incision, wherein the function comprises a first orthogonal component represented by J 0 SIA and a second orthogonal component represented by J 45 SIA, wherein J 0 SIA = k 1 + k 2 × ( sin abs φ ∗ π 180 − 1 and J 45 SIA = k 3 × ( 0 − ( cos abs φ ∗ π 180, wherein the variable φ refers to the angular difference between the pre-operative orientation of the steep meridian of the anterior cornea and the incision axis and k 1, k 2 and k 3 are constants.
A console for an operating unit for technical installations, in particular for workpiece processing machines, comprising a base element (13; 14; 15); a stand element held on the base element, wherein the stand element comprises a first segment and a second segment, the first segment being provided on the base element, and the second segment being angled on the first segment and having a free end; and a mounting support for the operating unit, wherein an adjusting device is provided for adjusting the mounting support on the second segment relative to the free end; wherein the second segment with the first segment forms an angle greater than 180°; wherein a guide is provided on the second segment and a slider which is movable along the guide is provided for adjusting the mounting support relative to the free end by means of a first drive; characterized in that, a joint having a rocker for receiving the operating unit and a counter-bearing are provided on the slider, and the rocker is movable with a second drive for adjusting the inclination angle of the operating unit. a base element (13; 14; 15); a stand element held on the base element, wherein the stand element comprises a first segment and a second segment, the first segment being provided on the base element, and the second segment being angled on the first segment and having a free end; and a mounting support for the operating unit, wherein an adjusting device is provided for adjusting the mounting support on the second segment relative to the free end; wherein the second segment with the first segment forms an angle greater than 180°; wherein a guide is provided on the second segment and a slider which is movable along the guide is provided for adjusting the mounting support relative to the free end by means of a first drive; characterized in that, a joint having a rocker for receiving the operating unit and a counter-bearing are provided on the slider, and the rocker is movable with a second drive for adjusting the inclination angle of the operating unit.
A method for processing an audio signal captured from a microphone comprising the steps of: reproducing a known audio signal with an audio transducer into an acoustic space, the known audio signal including content from one or more audio sources; capturing, with a microphone, an audio signal from the acoustic space wherein the captured audio signal comprises the known audio signal and one or more unknown audio signals; accessing a first set of processing control information indicating one or more characteristics of a first audio processor, and a second set of processing control information indicating one or more characteristics of a second audio processor; and reducing the known audio signal in the captured audio signal with an audio preprocessor that processes the captured audio signal according to the first and second set of processing control information to output respective first and second modified audio signals for processing by the first and second audio processors, respectively, wherein the second audio processor is a machine audio processor including an automatic speech recognizer. reproducing a known audio signal with an audio transducer into an acoustic space, the known audio signal including content from one or more audio sources; capturing, with a microphone, an audio signal from the acoustic space wherein the captured audio signal comprises the known audio signal and one or more unknown audio signals; accessing a first set of processing control information indicating one or more characteristics of a first audio processor, and a second set of processing control information indicating one or more characteristics of a second audio processor; and reducing the known audio signal in the captured audio signal with an audio preprocessor that processes the captured audio signal according to the first and second set of processing control information to output respective first and second modified audio signals for processing by the first and second audio processors, respectively, wherein the second audio processor is a machine audio processor including an automatic speech recognizer.
A packer assembly for use with a subterranean well, the packer assembly comprising: a base pipe; at least one ring-shaped reinforcement plate which encircles the base pipe; and at least one annular seal element comprised of a swellable seal material, which longitudinally straddles the reinforcement plate on the base pipe, in which assembly: the plate has a radial thickness which is greater than a longitudinal thickness of the plate; the outer diameter of the reinforcement plate is approximately the same as that of the at least one annular seal element; and the seal material extends through at least one opening in the plate. a base pipe; at least one ring-shaped reinforcement plate which encircles the base pipe; and at least one annular seal element comprised of a swellable seal material, which longitudinally straddles the reinforcement plate on the base pipe, in which assembly: the plate has a radial thickness which is greater than a longitudinal thickness of the plate; the outer diameter of the reinforcement plate is approximately the same as that of the at least one annular seal element; and the seal material extends through at least one opening in the plate. the plate has a radial thickness which is greater than a longitudinal thickness of the plate; the outer diameter of the reinforcement plate is approximately the same as that of the at least one annular seal element; and the seal material extends through at least one opening in the plate.
An electric heating type hot water heating apparatus for supplying hot water as a heat transfer medium to a heating heat exchanger disposed in a vehicle air-conditioning apparatus via a piping, comprising: a case having an inlet port, a flow path, and an outlet port of the heat transfer medium; and a ceramic heater disposed in the flow path,: characterized in that the flow path includes an upward flow path which extends in an up/down direction of a vehicle when the electric heating type hot water heating apparatus 100 is mounted on the vehicle, as well as in which a water flow direction of the heat transfer medium is directed upward; the outlet port is disposed on an upper end side of the upward flow path when the electric heating type hot water heating apparatus 100 is mounted on the vehicle; the ceramic heater includes a rod-shaped shaft section as well as is disposed in a state that an axis direction of the shaft section is caused to agree with the water flow direction of the heat transfer medium; and a part or all of the shaft section is a heat generating section. a case having an inlet port, a flow path, and an outlet port of the heat transfer medium; and a ceramic heater disposed in the flow path,: characterized in that the flow path includes an upward flow path which extends in an up/down direction of a vehicle when the electric heating type hot water heating apparatus 100 is mounted on the vehicle, as well as in which a water flow direction of the heat transfer medium is directed upward; the outlet port is disposed on an upper end side of the upward flow path when the electric heating type hot water heating apparatus 100 is mounted on the vehicle; the ceramic heater includes a rod-shaped shaft section as well as is disposed in a state that an axis direction of the shaft section is caused to agree with the water flow direction of the heat transfer medium; and a part or all of the shaft section is a heat generating section. characterized in that the flow path includes an upward flow path which extends in an up/down direction of a vehicle when the electric heating type hot water heating apparatus 100 is mounted on the vehicle, as well as in which a water flow direction of the heat transfer medium is directed upward; the outlet port is disposed on an upper end side of the upward flow path when the electric heating type hot water heating apparatus 100 is mounted on the vehicle; the ceramic heater includes a rod-shaped shaft section as well as is disposed in a state that an axis direction of the shaft section is caused to agree with the water flow direction of the heat transfer medium; and a part or all of the shaft section is a heat generating section.
A biologically active food supplement in the powdered, tabletted or capsulated form for use in preventing osteoporosis, comprising administering at a daily dosage - a calcium compound with a content of 200 to 600 mg ionized calcium selected from: calcium carbonate, calcium citrate, calcium gluconate, calcium aspartate, calcium phosphate, calcium limonene oxide; - drone brood: 40 to 1000 mg. - a calcium compound with a content of 200 to 600 mg ionized calcium selected from: calcium carbonate, calcium citrate, calcium gluconate, calcium aspartate, calcium phosphate, calcium limonene oxide; calcium carbonate, calcium citrate, calcium gluconate, calcium aspartate, calcium phosphate, calcium limonene oxide; - drone brood: 40 to 1000 mg.
Primary spring device for a tandem master cylinder, which is intended to be installed between the primary piston and the secondary piston in the tandem master cylinder, comprising: - a tubular abutment of which the crown is drilled and of which the base is provided with an outer bearing collar, - a retaining tension bolt of which the shank emerges from the drilling in the abutment and the head housed in the abutment is retained against the crown of the abutment and bears a bearing disc at its other end, - a helical compression spring fitted over the abutment and over the bolt and bearing by one of its ends against the collar of the abutment and by the other against the bearing disc, characterized in that - the abutment is a plastic frustoconical part having a non-constant thickness, of which the wall of the crown and in the vicinity of the crown has an increased thickness and the inner surface starting from the crown is provided with longitudinal stiffening ribs for guiding the head of the bolt. - a tubular abutment of which the crown is drilled and of which the base is provided with an outer bearing collar, - a retaining tension bolt of which the shank emerges from the drilling in the abutment and the head housed in the abutment is retained against the crown of the abutment and bears a bearing disc at its other end, - a helical compression spring fitted over the abutment and over the bolt and bearing by one of its ends against the collar of the abutment and by the other against the bearing disc, - the abutment is a plastic frustoconical part having a non-constant thickness, of which the wall of the crown and in the vicinity of the crown has an increased thickness and the inner surface starting from the crown is provided with longitudinal stiffening ribs for guiding the head of the bolt.
A generator comprising: an engine forming the drive system of an alternator an exhaust system; a cooling system; a first thermoacoustic device configured to convert heat energy from the exhaust system to amplify an acoustic wave; and a second thermoacoustic device configured to convert energy in the amplified acoustic wave to an input for the cooling system, cooling air admitted in one or more cylinders of the engine characterized in that the first thermoacoustic device comprises multiple thermoacoustic stages, each thermoacoustic stage being coupled to an exhaust heat exchanger or radiator that transfers heat from the exhaust pipe or gas to the respective thermoacoustic stage.. an engine forming the drive system of an alternator an exhaust system; a cooling system; a first thermoacoustic device configured to convert heat energy from the exhaust system to amplify an acoustic wave; and a second thermoacoustic device configured to convert energy in the amplified acoustic wave to an input for the cooling system, cooling air admitted in one or more cylinders of the engine characterized in that the first thermoacoustic device comprises multiple thermoacoustic stages, each thermoacoustic stage being coupled to an exhaust heat exchanger or radiator that transfers heat from the exhaust pipe or gas to the respective thermoacoustic stage..