mhurhangee/ep-ind-claims huggingface dataset:
An injection device suitable for an intraepidermal and/or intradermal and/or subcutaneous administration comprising a sterile and injectable composition, said composition being prepared by a method comprising at least the steps of: a) providing at least one gel of hyaluronic acid or a salt thereof, said hyaluronic acid being selected from a crosslinked hyaluronic acid form, a non-crosslinked hyaluronic acid form or a mixture thereof; b) adding to said gel of hyaluronic acid at least mepivacaine hydrochloride as anesthetic agent; and c) sterilizing the mixture obtained in step b). a) providing at least one gel of hyaluronic acid or a salt thereof, said hyaluronic acid being selected from a crosslinked hyaluronic acid form, a non-crosslinked hyaluronic acid form or a mixture thereof; b) adding to said gel of hyaluronic acid at least mepivacaine hydrochloride as anesthetic agent; and c) sterilizing the mixture obtained in step b).
A computer-implemented method for establishing an application prediction model, characterized in comprising: collecting (101, 301, 401, 501) a first preorder usage sequence of a first application currently running as sample usage information, in response to an operation switching an application previously running in the foreground to the first application, wherein the first preorder usage sequence is a correlation sequence of usage timing of applications that are associated with the first application currently running within a preset time period backtracked from the time of collecting; monitoring (102, 302, 402) applications launched within a time-window from a starting point of collecting the sample usage information and having a preset length, and setting a preset number of applications launched first in the applications launched within the time-window as sample labels for the sample usage information; training (103, 403), based on the sample usage information and the sample labels for the sample usage information, a machine learning model, to obtain an application prediction model for predicting an application to be launched; wherein the number of units in an input layer of the application prediction model is determined according to the number of applications included in the sample usage information, and the number of units in an output layer of the application prediction model is determined according to the number of sample labels for the sample usage information. collecting (101, 301, 401, 501) a first preorder usage sequence of a first application currently running as sample usage information, in response to an operation switching an application previously running in the foreground to the first application, wherein the first preorder usage sequence is a correlation sequence of usage timing of applications that are associated with the first application currently running within a preset time period backtracked from the time of collecting; monitoring (102, 302, 402) applications launched within a time-window from a starting point of collecting the sample usage information and having a preset length, and setting a preset number of applications launched first in the applications launched within the time-window as sample labels for the sample usage information; training (103, 403), based on the sample usage information and the sample labels for the sample usage information, a machine learning model, to obtain an application prediction model for predicting an application to be launched; wherein the number of units in an input layer of the application prediction model is determined according to the number of applications included in the sample usage information, and the number of units in an output layer of the application prediction model is determined according to the number of sample labels for the sample usage information.
A method carried out by an electronic device that includes one or more microphones and a first sensor, the method comprising: detecting, via the one or more microphones of the electronic device, audio indicating a presence of a user; in response to detecting the audio indicating the presence of the user, enabling the first sensor to detect the user; determining that the user is within a viewing range of the electronic device based at least in part on data received from the first sensor; determining a pause in a movement of the user by determining that the movement of the user is below a predetermined threshold based at least in part on the data received from the first sensor; in response to determining that the user is within the viewing range of the electronic device and in response to determining the pause in the movement of the user, enabling at least one second sensor to confirm the user is viewing a display of the electronic device; and enabling the display of the electronic device for viewing by the user when it is confirmed, by the at least one second sensor, that the user is viewing the display of the electronic device. detecting, via the one or more microphones of the electronic device, audio indicating a presence of a user; in response to detecting the audio indicating the presence of the user, enabling the first sensor to detect the user; determining that the user is within a viewing range of the electronic device based at least in part on data received from the first sensor; determining a pause in a movement of the user by determining that the movement of the user is below a predetermined threshold based at least in part on the data received from the first sensor; in response to determining that the user is within the viewing range of the electronic device and in response to determining the pause in the movement of the user, enabling at least one second sensor to confirm the user is viewing a display of the electronic device; and enabling the display of the electronic device for viewing by the user when it is confirmed, by the at least one second sensor, that the user is viewing the display of the electronic device.
A circular anastomosis stapler, comprising: a handle assembly including a firing trigger actuatable between a first firing stroke and a second firing stroke; a shell assembly including a main pusher having respective proximal and distal portions (44, 42), a staple pusher and a knife pusher including proximal and distal ends (50, 52); and characterised by a generally circular-shaped compressible member positioned between the main pusher and the knife pusher and supported on an annular recess of the knife pusher, the annular recess extending along an outer circumferential surface of the knife pusher adjacent the proximal end, the compressible member movable between a first compressed configuration for advancing the staple pusher through the first firing stroke to drive at least one staple from the shell assembly to staple tissue, the compressed configuration being maintained by the distal portion of the main pusher during the first firing stroke, the main pusher being configured to slide along the compressible member during the first firing stroke to move the staple pusher distally, and a second expanded configuration wherein the main pusher, comprising a notch or an undercut, is movable proximally such that the compressible member engages the notch or the undercut for advancing the knife pusher through the second firing stroke to drive a knife from the shell assembly to core the stapled tissue. a handle assembly including a firing trigger actuatable between a first firing stroke and a second firing stroke; a shell assembly including a main pusher having respective proximal and distal portions (44, 42), a staple pusher and a knife pusher including proximal and distal ends (50, 52); and characterised by a generally circular-shaped compressible member positioned between the main pusher and the knife pusher and supported on an annular recess of the knife pusher, the annular recess extending along an outer circumferential surface of the knife pusher adjacent the proximal end, the compressible member movable between a first compressed configuration for advancing the staple pusher through the first firing stroke to drive at least one staple from the shell assembly to staple tissue, the compressed configuration being maintained by the distal portion of the main pusher during the first firing stroke, the main pusher being configured to slide along the compressible member during the first firing stroke to move the staple pusher distally, and a second expanded configuration wherein the main pusher, comprising a notch or an undercut, is movable proximally such that the compressible member engages the notch or the undercut for advancing the knife pusher through the second firing stroke to drive a knife from the shell assembly to core the stapled tissue.
An ultrasonic core for an ultrasonic surgical instrument, the core comprising: a longitudinally elongated, generally planar waveguide including, in order, a first resonator or proximal end portion a transduction portion, and a second resonator; and a transducing structure including a transducer affixed upon at least one side of the transduction portion of the waveguide; characterised in that the waveguide is constructed from a single crystal or a polycrystalline material. a longitudinally elongated, generally planar waveguide including, in order, a first resonator or proximal end portion a transduction portion, and a second resonator; and a transducing structure including a transducer affixed upon at least one side of the transduction portion of the waveguide; characterised in that the waveguide is constructed from a single crystal or a polycrystalline material.
A method comprising: determining that a doorbell press has been detected at a property; in response to determining the doorbell press has been detected at the property: obtaining video data collected by a doorbell device of the property, and obtaining sensor data collected by one or more sensors of a monitoring system located within the property; determining a present security risk for the property based at least on the obtained sensor data and the obtained video data and by determining that a computing device of a property administrator is not presently located within the property when the doorbell press is detected at the property; and in response to determining the present security risk for the property, establishing a communication session between the doorbell device and a server system associated with the monitoring system. determining that a doorbell press has been detected at a property; in response to determining the doorbell press has been detected at the property: obtaining video data collected by a doorbell device of the property, and obtaining sensor data collected by one or more sensors of a monitoring system located within the property; obtaining video data collected by a doorbell device of the property, and obtaining sensor data collected by one or more sensors of a monitoring system located within the property; determining a present security risk for the property based at least on the obtained sensor data and the obtained video data and by determining that a computing device of a property administrator is not presently located within the property when the doorbell press is detected at the property; and in response to determining the present security risk for the property, establishing a communication session between the doorbell device and a server system associated with the monitoring system.
A system, comprising: a sensor configured to detect a physical characteristic of a tubular string moving past the sensor and generate a signal indicative of the physical characteristic; and a processing device configured to: process the signal indicative of the physical characteristic to generate a processed signal; determine whether the processed signal is indicative of a deviation of the tubular string by comparison of the processed signal with one or more predetermined values for a feature set consistent with the physical characteristic and by determining whether a result of the comparison meets or exceeds a predetermined threshold value; and generate output data comprising position information and time information each related to the deviation of the tubular string, wherein the output data is utilized to automatically position a tripping apparatus at a location of the deviation on the tubular string when the result of the comparison meets or exceeds the predetermined threshold value. a sensor configured to detect a physical characteristic of a tubular string moving past the sensor and generate a signal indicative of the physical characteristic; and a processing device configured to: process the signal indicative of the physical characteristic to generate a processed signal; determine whether the processed signal is indicative of a deviation of the tubular string by comparison of the processed signal with one or more predetermined values for a feature set consistent with the physical characteristic and by determining whether a result of the comparison meets or exceeds a predetermined threshold value; and generate output data comprising position information and time information each related to the deviation of the tubular string, wherein the output data is utilized to automatically position a tripping apparatus at a location of the deviation on the tubular string when the result of the comparison meets or exceeds the predetermined threshold value. process the signal indicative of the physical characteristic to generate a processed signal; determine whether the processed signal is indicative of a deviation of the tubular string by comparison of the processed signal with one or more predetermined values for a feature set consistent with the physical characteristic and by determining whether a result of the comparison meets or exceeds a predetermined threshold value; and generate output data comprising position information and time information each related to the deviation of the tubular string, wherein the output data is utilized to automatically position a tripping apparatus at a location of the deviation on the tubular string when the result of the comparison meets or exceeds the predetermined threshold value.
Method for adhering two substrates, namely a first substrate A and a second substrate B, to one another, by means of a latent-reactive adhesive film having at least one latent-reactive adhesive film layer which a thermoplastic component, which has a melting temperature T(melt) where 35°C ≤ T (melt) ≤ 90°C and contains functional groups which are able to react with isocyanate, and an isocyanate-containing component, which is present in a particulate form incorporated by dispersion into the thermoplastic component and which is blocked, microencapsulated, or substantially deactivated in the region of the particle surface, where the particles have an onset temperature T(onset) of 40°C ≤ T(onset) ≤ 120°C and where T(onset) ≥ T(melt), where a surface of the first substrate A is contacted with a first surface of the latent-reactive adhesive film, and where a surface of the second substrate B is contacted with the second surface of the latent-reactive adhesive film, where the adhering is effected by heating of the latent-reactive adhesive film to a temperature which at least corresponds to the onset temperature T(onset) or is higher, characterized in that at least the surface of the first substrate A that is contacted with the latent-reactive adhesive film is treated with a primer before the first substrate A is contacted with the latent-reactive adhesive film, and/or at least the first surface of the latent-reactive adhesive film which is contacted with the first substrate A is treated with a primer before the first substrate A is contacted with the latent-reactive adhesive film, where primer used for adhering the first substrate A to the latent-reactive adhesive film comprises a silane containing primer, and where at least the surface of the first substrate A that is contacted with a first surface of the latent-reactive adhesive film is formed wholly or partly by an inorganic material.
Life cycle management of an electrically insulating fluid, which is to be arranged in a fluid-holding chamber of an electrical energy transmission device for the purpose of electrical insulation, wherein - atmospheric air is removed from the surroundings of the electrical energy transmission device, the air removed is treated, in particular cleaned, and is introduced into the fluid-holding chamber, - before the air removed is brought into the fluid-holding chamber, the chamber is evacuated, - air is sucked in from the surroundings through filter arrangements (10a, 10b, 10c, 10d, 10e) by means of a compressor, whereupon the treated atmospheric air removed from the surroundings is pumped into an intermediate store and is pressurized there, so that, during the evacuation of the fluid-holding chamber, cleaning of air removed from the surroundings of the electrical energy transmission device take places in parallel. - atmospheric air is removed from the surroundings of the electrical energy transmission device, the air removed is treated, in particular cleaned, and is introduced into the fluid-holding chamber, - before the air removed is brought into the fluid-holding chamber, the chamber is evacuated, - air is sucked in from the surroundings through filter arrangements (10a, 10b, 10c, 10d, 10e) by means of a compressor, whereupon the treated atmospheric air removed from the surroundings is pumped into an intermediate store and is pressurized there, so that, during the evacuation of the fluid-holding chamber, cleaning of air removed from the surroundings of the electrical energy transmission device take places in parallel.
Membrane device comprising a support, a membrane suspended on the support, a first actuator (6, 6') configured to apply a force on the membrane, the first actuator comprising an outer periphery in contact with the support and an inner periphery in contact with the membrane, a second actuator (10, 10') in contact with the membrane configured to apply a force on the membrane, means of determining the position of the membrane relative to the support and control means of the first (6, 6') and second (10, 10') actuators, said control means applying a deformation signal to one of the first (6, 6') and second (10, 10') actuators to displace the membrane and applying a control signal to the other of the first (6, 6') and second (10, 10') actuators to control displacement of the membrane, application of the control signal being determined at least by the position of the membrane.
A computer-implemented method for well log depth matching, comprising: receiving, on a computing device, a plurality of well logs; determining a depth shift between at least one well log of the plurality of well logs and at least one other well log based upon, at least in part, processing the plurality of well logs with a neural network, wherein determining the depth shift between the at least one well log and the at least one other well log includes randomly applying one or more data augmentation transformations to subsets of samples of data sequences of the at least one well log and the at least one other well log to generate training data used to train for the neural network, the one or more data augmentation transformations comprising up-down and/or right-left flipping of the subsets of the samples of the data sequences, or applying additive Gaussian, Cauchy and/or Poisson noise to the subsets of the samples of the data sequences; employing a stacking technique to the training data by performing one or more equality tests on the at least one well log of the plurality of well logs and at least one other well log of the plurality of well logs; and matching the plurality of well logs with one another based upon, at least in part, the depth shift between the at least one well log and the at least one other well log. receiving, on a computing device, a plurality of well logs; determining a depth shift between at least one well log of the plurality of well logs and at least one other well log based upon, at least in part, processing the plurality of well logs with a neural network, wherein determining the depth shift between the at least one well log and the at least one other well log includes randomly applying one or more data augmentation transformations to subsets of samples of data sequences of the at least one well log and the at least one other well log to generate training data used to train for the neural network, the one or more data augmentation transformations comprising up-down and/or right-left flipping of the subsets of the samples of the data sequences, or applying additive Gaussian, Cauchy and/or Poisson noise to the subsets of the samples of the data sequences; employing a stacking technique to the training data by performing one or more equality tests on the at least one well log of the plurality of well logs and at least one other well log of the plurality of well logs; and matching the plurality of well logs with one another based upon, at least in part, the depth shift between the at least one well log and the at least one other well log.
An exhaust gas cleaning catalyst whose catalytic component is supported on a carrier, characterized in that the catalytic component is platinum colloid which has an average particle size of 80 nm to 120 nm, a particle size D 20, a 20% cumulative particle size distribution from smaller particle size side, of 50 nm or more, and a particle size D 90, a 90 % cumulative particle size distribution from smaller particle size side, of 200 nm or less, wherein at least part of the carrier surface which the catalytic component comes into contact with is an oxide, and wherein the carrier is a ceramic honeycomb or metal honeycomb structure, or a filter, or the structure or filter at least part of which has been wash-coated, the particle size distribution being measured on a particle number basis using SEM or TEM micrographs.
A vibration actuator, comprising: a fixing part including a coil, and a core around which the coil is wound, the core including both ends projecting from the coil; a movable part disposed such that the movable part faces the both ends of the core at a position close to the both ends of the core with a gap provided between the movable part and the both ends of the core in a vibration direction crossing with a winding axis of the coil, the movable part including a yoke formed of a magnetic material, and the movable part being fixable to a touch panel; and a plate-shaped elastic part fixed between the movable part and the fixing part, the plate-shaped elastic part including an elastically deformable meander-shaped part, the plate-shaped elastic part elastically supporting the movable part to be movable with respect to the fixing part in the vibration direction.. a fixing part including a coil, and a core around which the coil is wound, the core including both ends projecting from the coil; a movable part disposed such that the movable part faces the both ends of the core at a position close to the both ends of the core with a gap provided between the movable part and the both ends of the core in a vibration direction crossing with a winding axis of the coil, the movable part including a yoke formed of a magnetic material, and the movable part being fixable to a touch panel; and a plate-shaped elastic part fixed between the movable part and the fixing part, the plate-shaped elastic part including an elastically deformable meander-shaped part, the plate-shaped elastic part elastically supporting the movable part to be movable with respect to the fixing part in the vibration direction..
A therapeutic agent comprising irsogladine or a salt thereof as an active ingredient for use in promoting cure of an injury or a disorder in the anterior epithelium of cornea.