mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a computer memory; and a processor, configured to: while simulating an application of an electric current to simulated tissue, control an amplitude of the electric current such that a maximum subsurface temperature of the simulated tissue increases toward a predefined threshold without exceeding the predefined threshold, derive a function of time from values of the amplitude over the simulated application, and store the function of time in the computer memory for subsequent use in an ablation procedure. a computer memory; and a processor, configured to: while simulating an application of an electric current to simulated tissue, control an amplitude of the electric current such that a maximum subsurface temperature of the simulated tissue increases toward a predefined threshold without exceeding the predefined threshold, derive a function of time from values of the amplitude over the simulated application, and store the function of time in the computer memory for subsequent use in an ablation procedure. while simulating an application of an electric current to simulated tissue, control an amplitude of the electric current such that a maximum subsurface temperature of the simulated tissue increases toward a predefined threshold without exceeding the predefined threshold, derive a function of time from values of the amplitude over the simulated application, and store the function of time in the computer memory for subsequent use in an ablation procedure.
A method for detecting overflow on an electronic device, comprising: determining a linear predictive coding synthesis filter gain; determining whether overflow is detected based on the linear predictive coding synthesis filter gain and a fixed codebook gain, wherein the linear predictive coding synthesis filter gain and the fixed codebook gain are speech coding parameters; and determining a scaling factor if overflow is detected. determining a linear predictive coding synthesis filter gain; determining whether overflow is detected based on the linear predictive coding synthesis filter gain and a fixed codebook gain, wherein the linear predictive coding synthesis filter gain and the fixed codebook gain are speech coding parameters; and determining a scaling factor if overflow is detected.
An image recording apparatus, comprising: a holding part having a holding surface for sucking and holding a sheet-shaped recording medium by negative pressure; a plurality of ejection parts, each for ejecting an ink droplet of a different color to the recording medium held on said holding surface; and a moving part for moving said holding part relative to said plurality of ejection parts, in a first direction extending along said holding surface; characterized by each ejection part of said plurality of ejection parts including: a housing having an opposing surface opposed to said holding surface; an upstream ejection port for ejecting an ink droplet and a downstream ejection port for ejecting an ink droplet of the same color as the ink droplet ejected from said upstream ejection port, provided on said opposing surface and arranged at an interval in said first direction; and a central bypass passage opened in a region of said opposing surface between said upstream ejection port and said downstream ejection port. a holding part having a holding surface for sucking and holding a sheet-shaped recording medium by negative pressure; a plurality of ejection parts, each for ejecting an ink droplet of a different color to the recording medium held on said holding surface; and a moving part for moving said holding part relative to said plurality of ejection parts, in a first direction extending along said holding surface; characterized by each ejection part of said plurality of ejection parts including: a housing having an opposing surface opposed to said holding surface; an upstream ejection port for ejecting an ink droplet and a downstream ejection port for ejecting an ink droplet of the same color as the ink droplet ejected from said upstream ejection port, provided on said opposing surface and arranged at an interval in said first direction; and a central bypass passage opened in a region of said opposing surface between said upstream ejection port and said downstream ejection port. a housing having an opposing surface opposed to said holding surface; an upstream ejection port for ejecting an ink droplet and a downstream ejection port for ejecting an ink droplet of the same color as the ink droplet ejected from said upstream ejection port, provided on said opposing surface and arranged at an interval in said first direction; and a central bypass passage opened in a region of said opposing surface between said upstream ejection port and said downstream ejection port.
Method for operating an ultrasonic fluid meter, preferably an ultrasonic water meter, in a fluid line network, wherein an ultrasonic signal is generated by an ultrasonic transducer and passes through a measurement section, and the flow volume is determined by evaluation electronics on the basis of the time of flight and/or a time of flight difference of the ultrasonic signal, characterized in that a hydraulic force change acting on the ultrasonic transducer via the fluid and caused by a fluid pressure change generates a voltage signal profile at the ultrasonic transducer, the voltage of the voltage signal profile being dependent on the strength and the duration of action of the hydraulic force change, the voltage signal profile is tapped off by the evaluation electronics, and a fluid pressure change is derived on the basis of the voltage of the voltage signal profile. a hydraulic force change acting on the ultrasonic transducer via the fluid and caused by a fluid pressure change generates a voltage signal profile at the ultrasonic transducer, the voltage of the voltage signal profile being dependent on the strength and the duration of action of the hydraulic force change, the voltage signal profile is tapped off by the evaluation electronics, and a fluid pressure change is derived on the basis of the voltage of the voltage signal profile.
A method of supplying liquid fuel in a gas turbine engine by means of a fuel supply system according to claim 9, comprising: sealing a fuel manifold with a fluid in the fuel manifold; initiating routing of a liquid fuel from a liquid fuel supply structure to the fuel manifold; displacing the fluid disposed in the fuel manifold for the sealing with the liquid fuel to clear a path for the liquid fuel that is to be routed to a combustor; and routing the liquid fuel and the displaced fluid into the combustor. sealing a fuel manifold with a fluid in the fuel manifold; initiating routing of a liquid fuel from a liquid fuel supply structure to the fuel manifold; displacing the fluid disposed in the fuel manifold for the sealing with the liquid fuel to clear a path for the liquid fuel that is to be routed to a combustor; and routing the liquid fuel and the displaced fluid into the combustor.
A computer implemented method of calibrating a tracking system, comprising: receiving positional data of a tracked object from an optical sensor by a computing device as the object is pointed approximately toward the optical sensor, computing a first angle of the object with respect to an optical axis of the optical sensor based on the received positional data; receiving inertial data corresponding to the object by the computing device; based on the inertial data, determining a second angle of the object with respect to a plane normal to gravity; and determining (725, 730) a pitch of the optical sensor based on the computed first angle and the determined second angle. receiving positional data of a tracked object from an optical sensor by a computing device as the object is pointed approximately toward the optical sensor, computing a first angle of the object with respect to an optical axis of the optical sensor based on the received positional data; receiving inertial data corresponding to the object by the computing device; based on the inertial data, determining a second angle of the object with respect to a plane normal to gravity; and determining (725, 730) a pitch of the optical sensor based on the computed first angle and the determined second angle.
A method for automatically controlling audio output of a television system that includes a television device, the television device being connected to an input signal source and including a processor, an ambient sound monitoring unit, and an audio output unit, the method being implemented using the processor of the television device and including the steps of: in response to receipt of a source signal from the input signal source, controlling the audio output unit to output an audio signal extracted from the source signal; activating the ambient sound monitoring unit so as to obtain ambient sound data; determining, based on at least the ambient sound data, whether the audio output needs to be adjusted; and when it is determined that the audio output needs to be adjusted, adjusting the audio signal based on at least the ambient sound data to generate an adjusted audio signal, and controlling the audio output unit to output the adjusted audio signal; characterized in that: determining whether the audio output needs to be adjusted includes extracting a dialog component from the audio signal, and determining whether a condition for dialog enhancement has been met; when it is determined that the condition for dialog enhancement has been met, the calculating the adjusted audio signal includes generating an enhanced dialog component based on the dialog component, and replacing the dialog component by the enhanced dialog component for generating the adjusted audio signal. in response to receipt of a source signal from the input signal source, controlling the audio output unit to output an audio signal extracted from the source signal; activating the ambient sound monitoring unit so as to obtain ambient sound data; determining, based on at least the ambient sound data, whether the audio output needs to be adjusted; and when it is determined that the audio output needs to be adjusted, adjusting the audio signal based on at least the ambient sound data to generate an adjusted audio signal, and controlling the audio output unit to output the adjusted audio signal; characterized in that: determining whether the audio output needs to be adjusted includes extracting a dialog component from the audio signal, and determining whether a condition for dialog enhancement has been met; extracting a dialog component from the audio signal, and determining whether a condition for dialog enhancement has been met; when it is determined that the condition for dialog enhancement has been met, the calculating the adjusted audio signal includes generating an enhanced dialog component based on the dialog component, and replacing the dialog component by the enhanced dialog component for generating the adjusted audio signal. generating an enhanced dialog component based on the dialog component, and replacing the dialog component by the enhanced dialog component for generating the adjusted audio signal.
Method for removing dissolved substances from a polymer solution having a polymer content of from 50 to 95% by weight of the polymer solution which comes directly from the polymerization reactor by degassing in a shell-and-tube heat exchanger comprising a bundle of parallel vertical tubes which are fixed at each end in a tube plate and a degassing region below the lower tube plate, an internal fitting in each tube which reduces the free open cross section through the tube, with the polymer solution being fed in a single-phase liquid state into the tubes, and an internal space within the shell around the tubes through which a heat transfer medium flows, with degassing occurring as a result of a pressure drop between the entry pressure of the polymer solution in the shell-and-tube heat exchanger and the degassing region, characterized in that each internal fitting is configured so that it produces a pressure step between the entry pressure and the pressure in the degassing region, by means of which a prescribed low residual content of dissolved substances in the degassed polymer is achieved, where the internal fittings are located in the region of the upper tube plate, are configured in the form of plugs and are fixed to the upper tube plate by means of milled-out sockets and screw threads or without threads by means of an accurately fitting milled-out hole, where the plugs close the tubes except for a central hole for passage of the polymer solution and the internal fittings reduce the free open cross section of the tubes to less than 5%.
Equine grooming device (100, 200, 300) for keeping a horse mane's braid in a rolled up or folded knot, comprising: - at least one pin (103, 203, 303) for piercing at least a part of the knot in a stitching direction; and - a limiter (104, 204, 304) connected to the pin configured for engagement of a first side of the knot in order to limit the movement of the device in the stitching direction; wherein the pin comprises: o a first substantially elongated part (106, 306) configured to be received in the knot, and o a second part (107, 307) for securing the device with respect to the knot by forming a securing element, wherein the securing element is configured to prevent movement of the pin in a direction reverse to the stitching direction, and wherein the limiter is at least partially made of a plastic material; wherein the limiter comprises at least three retainer elements (109, 209, 309) for retaining the limiter with respect to the knot, characterized in that the retainer elements define a prism. for keeping a horse mane's braid in a rolled up or folded knot, comprising: - at least one pin (103, 203, 303) - at least one pin (103, 203, 303) for piercing at least a part of the knot in a stitching direction; and - a limiter (104, 204, 304) - a limiter (104, 204, 304) connected to the pin configured for engagement of a first side of the knot in order to limit the movement of the device in the stitching direction; wherein the pin comprises: o a first substantially elongated part (106, 306) configured to be received in the knot, and o a second part (107, 307) for securing the device with respect to the knot by forming a securing element, wherein the securing element is configured to prevent movement of the pin in a direction reverse to the stitching direction, o a first substantially elongated part (106, 306) configured to be received in the knot, and o a second part (107, 307) for securing the device with respect to the knot by forming a securing element, wherein the securing element is configured to prevent movement of the pin in a direction reverse to the stitching direction, and wherein the limiter is at least partially made of a plastic material; wherein the limiter comprises at least three retainer elements (109, 209, 309) for retaining the limiter with respect to the knot, characterized in that the retainer elements define a prism.
Device for wall-mounting a head of a tubular gearmotor for awnings or the like, comprising - a first element able to be fixed to the wall and having α bearing seat in which to receive and support the head of the gearmotor, and - a second element adapted for blocking the head to the first element, the second element being adapted for rotating between two angular positions and being configured to block or allow axial withdrawal of the head from the seat in one or other of the two positions, respectively, characterised in that the second element is rotatably coupled with the first element so as to rotate around it. - a first element able to be fixed to the wall and having α bearing seat in which to receive and support the head of the gearmotor, and - a second element adapted for blocking the head to the first element, the second element being adapted for rotating between two angular positions and being configured to block or allow axial withdrawal of the head from the seat in one or other of the two positions, respectively, characterised in that the second element is rotatably coupled with the first element so as to rotate around it.
Optode, comprising the following components: a) A carrier material, comprising a transparent cellulose acetate film or cellulose diacetate film, b) a solution 3, mixed from a solution 1 with a solution 2, wherein solution 1 comprises at least one 8-hydroxy-1,3,6-trisulfonic acid fluorophore dissolved in a solvent, and solution 2 comprises an ethyl cellulose polymer dissolved in a solvent, wherein solution 3 is immobilised on the carrier material, characterized in that from a wavelength of 280 nm onwards the optode exhibits a transmissivity of more than 90%. a) A carrier material, comprising a transparent cellulose acetate film or cellulose diacetate film, b) a solution 3, mixed from a solution 1 with a solution 2, wherein solution 1 comprises at least one 8-hydroxy-1,3,6-trisulfonic acid fluorophore dissolved in a solvent, and solution 2 comprises an ethyl cellulose polymer dissolved in a solvent, wherein solution 3 is immobilised on the carrier material,
A centrifugal pump for conveying heat-sensitive fluid food products, such as whey protein concentrates, baby food, fluid baby food concentrates, nutritious beverages or cheese milk, with an inlet, an outlet, a pump housing which is formed by at least one housing cover and a housing rear wall, a pump chamber which is configured in the pump housing and which is fluidically connected to the inlet and the outlet, an impeller which is rotatably received in the pump chamber and which has blades, a blade channel (2.1) which is configured in each case between two adjacent blades and which is configured to be open toward the housing cover and closed toward the housing rear wall by an impeller rear face, a rear impeller gap which is provided between the housing rear wall and the impeller, and a front impeller gap which is provided between the housing cover and the impeller, characterized • in that the rear and/or the front impeller gap (s1, s2) are/is enlarged up to a multiple in each case relative to a relevant minimum rear and front impeller gap (s1 ∗, s2 ∗), which ensures the mechanical functionality of the centrifugal pump by reducing the width of the impeller in the region of the front and the rear impeller gap (s1, s2), in order to flush the impeller itself and the adjoining critical regions (s1, s2) thereof as far as the immediate pump housingside boundary of the impeller front face, the housing cover and the impeller rear face, and the housing rear wall in a methodical manner with the fluid food product to be conveyed, and • in that at least the housing cover is provided with a coolant chamber (8.1), a coolant being able to flow through said coolant chamber in order to cool simultaneously at least the volumes conducted by the flushing volume flows from the core of the blade channels (2.1) onto the cooled walls of the housing cover. • in that the rear and/or the front impeller gap (s1, s2) are/is enlarged up to a multiple in each case relative to a relevant minimum rear and front impeller gap (s1 ∗, s2 ∗), which ensures the mechanical functionality of the centrifugal pump by reducing the width of the impeller in the region of the front and the rear impeller gap (s1, s2), in order to flush the impeller itself and the adjoining critical regions (s1, s2) thereof as far as the immediate pump housingside boundary of the impeller front face, the housing cover and the impeller rear face, and the housing rear wall in a methodical manner with the fluid food product to be conveyed, and • in that at least the housing cover is provided with a coolant chamber (8.1), a coolant being able to flow through said coolant chamber in order to cool simultaneously at least the volumes conducted by the flushing volume flows from the core of the blade channels (2.1) onto the cooled walls of the housing cover.
An anti-refill product (10, 110, 210, 410, 610) that includes: a container including a neck with an interior passage and a corresponding interior surface; an anti-refill dispensing fitment (14, 114, 214, 414, 614) positioned at least partially in the interior passage of the neck of the container, and including at least one ceramic or glass component (34, 134, 234, 434, 534, 136, 436, 636); and a bonding material disposed between the interior surface of the neck of the container and a radially outer surface of the fitment, wherein, the bonding material non-removably secures the fitment to the interior passage of the neck of the container and thereby renders the product tamper-evident, characterized in that the bonding material includes a heat-activated ceramic or glass bonding compound, solder glass material and/or a ring of soda lime glass heat-bonded between the interior surface of the neck of the container and the radially outer surface of the fitment. a container including a neck with an interior passage and a corresponding interior surface; an anti-refill dispensing fitment (14, 114, 214, 414, 614) positioned at least partially in the interior passage of the neck of the container, and including at least one ceramic or glass component (34, 134, 234, 434, 534, 136, 436, 636); and a bonding material disposed between the interior surface of the neck of the container and a radially outer surface of the fitment, wherein, the bonding material non-removably secures the fitment to the interior passage of the neck of the container and thereby renders the product tamper-evident, characterized in that the bonding material includes a heat-activated ceramic or glass bonding compound, solder glass material and/or a ring of soda lime glass heat-bonded between the interior surface of the neck of the container and the radially outer surface of the fitment.
Blind structure which comprises a roller for the canvas of the blind, a front bar for extending the canvas, two hinged arms for extending the front bar, hinge parts for the ends of the arms, lateral supports for the roller, and hinge parts for the arms, the lateral supports being parts that consist of a rear fixing plate which is intended for being fixed to a vertical surface, an upper fixing plate which extends perpendicularly to the rear fixing plate along the upper part thereof, such that an inverted L-shape is formed between the two, and a separating plate that is connected to the rear fixing plate and to the upper fixing plate and is perpendicular to said two plates, such that two separate spaces (V1, V2), on either side of the separating plate, are formed between the three plates (1, 2, 3), the separating plate being provided with an opening for the end of the roller and openings (5, 51, 52) for fixing the hinge parts for the ends of the arms, which structure comprises fixing means for fixing the roller to the separating plate and fixing means for fixing the hinge parts for the ends of the arms to the separating plate, the fixing means for the roller and the fixing means for the hinge parts being arranged in one of the spaces, the casing of the roller and the hinge parts for the ends of the arms being arranged in the other space, characterised in that the rear fixing plate, the upper fixing plate and the separating plate form a single piece.
A vehicle on-board system comprising: an ammonia source; and a catalytic reactor in fluid communication with the ammonia source and configured to decompose ammonia from the ammonia source to generate hydrogen, wherein the ammonia source comprises a reservoir comprising an ammonia/organic solvent solution. an ammonia source; and a catalytic reactor in fluid communication with the ammonia source and configured to decompose ammonia from the ammonia source to generate hydrogen, wherein the ammonia source comprises a reservoir comprising an ammonia/organic solvent solution.