mhurhangee/ep-ind-claims huggingface dataset:
Methodology for validating messages transmitted through a network, the network containing plural nodes connectable to form plural paths for communications transactions, comprising: selecting first and second paths according to a rotating sequence of routing paths between a first node and a second node; transmitting a first message from the first node along the first path to the second node; transmitting at least one second message from the first node along the second path to the second node; determining validity of at least one of the first message and the at least one second message based at least in part on the paths travelled by the messages received by the second node, wherein determining the validity comprises comparing the paths taken by the first message and the at least one second message to determine whether the paths correspond to the paths in the rotating sequence of routing paths; and requesting reauthentication from a transmitting node for messages arriving by paths other than the paths in the rotating sequence of routing paths. selecting first and second paths according to a rotating sequence of routing paths between a first node and a second node; transmitting a first message from the first node along the first path to the second node; transmitting at least one second message from the first node along the second path to the second node; determining validity of at least one of the first message and the at least one second message based at least in part on the paths travelled by the messages received by the second node, wherein determining the validity comprises comparing the paths taken by the first message and the at least one second message to determine whether the paths correspond to the paths in the rotating sequence of routing paths; and requesting reauthentication from a transmitting node for messages arriving by paths other than the paths in the rotating sequence of routing paths.
An isolation valve for use in a wellbore, comprising: a housing having a bore; a flapper movable between an open position and a closed position, the flapper operable to isolate an upper portion of the bore from a lower portion of the bore when the flapper is in the closed position; and a collet pivotable between a first position configured to move the flapper to the closed position and a second position configured to engage the flapper in the closed position, thereby retaining the flapper in the closed position; wherein the collet includes: a profile for radially moving the flapper toward the closed position; and an abutment for engaging the flapper in the closed position. a housing having a bore; a flapper movable between an open position and a closed position, the flapper operable to isolate an upper portion of the bore from a lower portion of the bore when the flapper is in the closed position; and a collet pivotable between a first position configured to move the flapper to the closed position and a second position configured to engage the flapper in the closed position, thereby retaining the flapper in the closed position; wherein the collet includes: a profile for radially moving the flapper toward the closed position; and an abutment for engaging the flapper in the closed position. a profile for radially moving the flapper toward the closed position; and an abutment for engaging the flapper in the closed position.
A composition for use in treating or preventing a mucosal inflammation in a mammal or human comprising a drug suitable for the treatment of an inflammation in a dose less than the normal therapeutic dose thereof and hyaluronic acid or HA mixture, wherein the anti-inflammatory drug is mesalamine and the reduced therapeutic dose is from 250 mg to 1 g per day, wherein the mucosa of mucosal inflammation is the mucosa of a gastrointestinal tract.
A discharge gate for a gypsum slurry mixer with a housing having an annular peripheral wall, comprising: an injection port constructed and arranged for introducing foam into a slurry formed in the mixer; a lower member having an inlet opening configured for receiving the slurry, and an outlet opening configured for delivering the slurry to a dispensing device, the inlet opening generally following a contour or profile of the annular peripheral wall of the housing; an upper member attached to the lower member by at least one of a first and second side wall (58, 60), at least one of the upper and lower members having at least one opening constructed and arranged for accommodating insertion of the injection port; a cavity configured for mixing the foam and slurry, and defined by inner surfaces of the lower member and the upper member; and a gate filler block being inserted into the cavity, and having an inlet side located in the inlet opening and an outlet side; and configured for reducing the volume of the cavity by substantially covering an inner surface of at least one of the upper member and the lower member. an injection port constructed and arranged for introducing foam into a slurry formed in the mixer; a lower member having an inlet opening configured for receiving the slurry, and an outlet opening configured for delivering the slurry to a dispensing device, the inlet opening generally following a contour or profile of the annular peripheral wall of the housing; an upper member attached to the lower member by at least one of a first and second side wall (58, 60), at least one of the upper and lower members having at least one opening constructed and arranged for accommodating insertion of the injection port; a cavity configured for mixing the foam and slurry, and defined by inner surfaces of the lower member and the upper member; and a gate filler block being inserted into the cavity, and having an inlet side located in the inlet opening and an outlet side; and configured for reducing the volume of the cavity by substantially covering an inner surface of at least one of the upper member and the lower member.
Method for optimising the degree of efficiency and/or the service-life of a fan, wherein based on component-specific or function-specific digital detailed models, taking at least one algorithm as a basis, a model and data reduction with respect to component-specific or function-specific behaviour models is carried out, wherein the data of the reduced models are provided in the form of tables or data matrices, wherein the reduced data of the behaviour models are coupled or combined in a system simulation to form a system behaviour model with input and output variables, wherein the data of the system behaviour model, that is to say, input variables and associated output variables of the fan, are provided in the form of a table or data matrix, and wherein the input variables and associated output variables of the fan are provided from the system behaviour model to an optimiser for selection in order to achieve an optimised control of the system depending on peripheral conditions.
A method comprising: - generating, by a magnetic resonance imaging system comprising sensors arranged at positions around an imaged target volume, Low-Field-Magnetic Resonance Imaging, LF-MRI, or Ultra-Low-Field Magnetic Resonance Imaging, ULF-MRI, data of a calibration phantom with respect to an image frame; - wherein in the LF-MRI system, magnetic fields of the order of less than 0.3T are caused to the imaged target volume; and in the ULF-MRI system, magnetic fields of the order of 10-100 μT are caused to the imaged target volume; and wherein the data is obtained by the sensors; - determining, by the magnetic resonance imaging system, a sensorwise agreement of the data with determined sensitivity profiles of the sensors, wherein the sensitivity profiles of the sensors are determined given the geometry of the sensors and positions of the sensors in a sensor frame; - wherein the sensorwise agreement is based on an objective function for measuring similarity of LF-MRI data or ULF-MRI data and the sensitivity profiles of the sensors; and - determining, by the magnetic resonance imaging system, a mapping between the image frame and the sensor frame, such that the sensorwise agreement has been fulfilled. - generating, by a magnetic resonance imaging system comprising sensors arranged at positions around an imaged target volume, Low-Field-Magnetic Resonance Imaging, LF-MRI, or Ultra-Low-Field Magnetic Resonance Imaging, ULF-MRI, data of a calibration phantom with respect to an image frame; - wherein in the LF-MRI system, magnetic fields of the order of less than 0.3T are caused to the imaged target volume; and in the ULF-MRI system, magnetic fields of the order of 10-100 μT are caused to the imaged target volume; and wherein the data is obtained by the sensors; - determining, by the magnetic resonance imaging system, a sensorwise agreement of the data with determined sensitivity profiles of the sensors, wherein the sensitivity profiles of the sensors are determined given the geometry of the sensors and positions of the sensors in a sensor frame; - wherein the sensorwise agreement is based on an objective function for measuring similarity of LF-MRI data or ULF-MRI data and the sensitivity profiles of the sensors; and - determining, by the magnetic resonance imaging system, a mapping between the image frame and the sensor frame, such that the sensorwise agreement has been fulfilled.
An optical fingerprint sensor module, wherein the optical fingerprint sensor module is arranged under a display screen of an electronic device, and the optical fingerprint sensor module comprising: a photodiode array having a surface; a lens having an optical axis that forms an angle with respect to a normal of the surface of the photodiode array that is between 45 degrees and 135 degrees, the lens configured to receive and refract signal light, the signal light is generated when illumination light provided by a light source is scattered or reflected off of a finger; a member defining one pinhole that is positioned off of the optical axis of the lens, the pinhole configured to transmit the signal light refracted by the lens onto the surface of the photodiode array; and electronic circuitries electrically coupled to the photodiode array, wherein the photodiode array is configured to convert the signal light incident thereon into electrical signals, and the electronic circuitries are configured to process the electrical signals to produce an image of a fingerprint pattern of the finger. a photodiode array having a surface; a lens having an optical axis that forms an angle with respect to a normal of the surface of the photodiode array that is between 45 degrees and 135 degrees, the lens configured to receive and refract signal light, the signal light is generated when illumination light provided by a light source is scattered or reflected off of a finger; a member defining one pinhole that is positioned off of the optical axis of the lens, the pinhole configured to transmit the signal light refracted by the lens onto the surface of the photodiode array; and electronic circuitries electrically coupled to the photodiode array, wherein the photodiode array is configured to convert the signal light incident thereon into electrical signals, and the electronic circuitries are configured to process the electrical signals to produce an image of a fingerprint pattern of the finger.
A method for operating an appliance for manufacturing printed matter, comprising an unwinding unit for preparing the paper to be printed, wherein arranged downstream of the unwinding unit is a printing unit, which prints the paper, wherein arranged downstream of the printing unit is a cross cutter, which cuts the endlessly fed-in printed paper transverse to the direction of feed, such that individual printed sheets are provided, wherein in particular arranged downstream of the cross cutter is a collecting unit for collecting the sheets supplied to it, wherein in particular arranged downstream of the collecting unit is a feeder unit, which aligns the collected sheets, wherein arranged downstream of the feeder unit is at least one further unit for completing the printed matter to be manufactured, characterised in that as the printing unit a digital printing unit is used, which prints a print mark on the paper per sheet, or characterised in that a print mark exists, wherein a reader registers the information contained in the print mark and the cross cutter and the at least one further unit arranged downstream of the cross cutter are operated depending on the registered information and wherein arranged directly and/or indirectly downstream of the cross cutter as a further unit is at least one switch for discharging individual or multiple collected sheets, wherein with one piece of information contained within the print mark the cross cutter is operated and with at least one further piece of information contained in the print mark the at least one switch is operated.
A device for estimating acoustic parameters, wherein the device is configured to record an acoustic signal, particularly a speech signal, estimate a frequency-dependent reverberation time in a lower frequency range based on the recorded acoustic signal, and extend the frequency-dependent reverberation time to a higher frequency range based on a predetermined model to obtain an extended frequency-dependent reverberation time, wherein the lower frequency range includes frequencies below 8 kHz, and the higher frequency range includes frequencies above 8 kHz, and wherein the device is further configured to: smooth the frequency-dependent reverberation time over the lower frequency range before extending it to the higher frequency range. record an acoustic signal, particularly a speech signal, estimate a frequency-dependent reverberation time in a lower frequency range based on the recorded acoustic signal, and extend the frequency-dependent reverberation time to a higher frequency range based on a predetermined model to obtain an extended frequency-dependent reverberation time, wherein the lower frequency range includes frequencies below 8 kHz, and the higher frequency range includes frequencies above 8 kHz, and wherein the device is further configured to: smooth the frequency-dependent reverberation time over the lower frequency range before extending it to the higher frequency range.
Method for preparing piece of bread dough in a bread machine comprising a cooking space likely to receive, on the one hand, a cooking vessel, and on the other hand, at least one piece of bread dough cooking support, the cooking space comprises one single heating element ensuring the cooking thereof, the method comprising - a step for kneading in the cooking vessel, - a step for raising dough in the cooking vessel, - a step for manually shaping piece of bread dough outside of the bread machine, the method being characterised in that it comprises: - a step for letting the piece of bread dough rise in the support positioned in the cooking space for a duration of between 20 minutes and 30 minutes, - a step for cooking the piece of bread dough in the support positioned in the cooking space for a duration of around 40 minutes. - a step for kneading in the cooking vessel, - a step for raising dough in the cooking vessel, - a step for manually shaping piece of bread dough outside of the bread machine, - a step for letting the piece of bread dough rise in the support positioned in the cooking space for a duration of between 20 minutes and 30 minutes, - a step for cooking the piece of bread dough in the support positioned in the cooking space for a duration of around 40 minutes.
A method for producing ethanol from a starch substrate, comprising liquefying and saccharifying a starch substrate to produce glucose by contacting said starch substrate with an AmyE polypeptide having the sequence of SEQ ID NO: 1, SEQ ID NO: 2 or SEQ ID NO: 3, wherein the liquefaction and saccharification are performed in the same reaction mixture without a pH adjustment; said method further comprising fermenting said glucose to produce ethanol.
A golf ball comprising: a spherical core; at least one cover member that covers the core; and a coating layer that covers the cover member configuring an outermost layer, wherein a plurality of dimples are formed in the cover member configuring the outermost layer, characterized in that roughness is formed on a surface of the coating layer such that a relationship between a drag coefficient CD1 and a lift coefficient CL1 when a golf ball is hit with a Reynolds number of 1.771×10 5 and a spin amount of 2280 rpm satisfies CD1×CL1<0.0370. a spherical core; at least one cover member that covers the core; and a coating layer that covers the cover member configuring an outermost layer, wherein a plurality of dimples are formed in the cover member configuring the outermost layer, characterized in that roughness is formed on a surface of the coating layer such that a relationship between a drag coefficient CD1 and a lift coefficient CL1 when a golf ball is hit with a Reynolds number of 1.771×10 5 and a spin amount of 2280 rpm satisfies CD1×CL1<0.0370.
An implantable prosthesis for repairing a fistula, the fistula having a primary opening, a secondary opening and a fistula tract extending between the primary and secondary openings (38,40), the implantable prosthesis comprising: an implantable body of biocompatible material that is adapted to extend along and approximate the fistula tract, the body including first and second ends with a channel extending through the body; a first anchor located at the first end of the implantable body and adapted to be positioned at the primary opening of the fistula; and a second anchor located at the second end of the implantable body and adapted to be positioned at the secondary opening of the fistula, the second anchor being larger than the implantable body, characterised in that the channel is configured to allow drainage of the fistula and in that the first anchor is larger than the implantable body. an implantable body of biocompatible material that is adapted to extend along and approximate the fistula tract, the body including first and second ends with a channel extending through the body; a first anchor located at the first end of the implantable body and adapted to be positioned at the primary opening of the fistula; and a second anchor located at the second end of the implantable body and adapted to be positioned at the secondary opening of the fistula, the second anchor being larger than the implantable body, characterised in that the channel is configured to allow drainage of the fistula and in that the first anchor is larger than the implantable body.
A method for managing grouped resources on a computing device comprising: receiving, at the computing device, a new policy for a set of grouped resources, wherein the set of grouped resources comprises one or more of the following: file system resources, network resources, connection profiles, VPN configurations, applications, device and application configuration, certificates, or policies; applying the policy; on receipt of the received policy, locking at least one of the computing device or the set of grouped resources associated with the received policy (430, 514); waiting for receipt of an authentication parameter at the computing device; verifying the authentication parameter; associating the set of grouped resources with the authentication parameter; and unlocking the at least one of the computing device or the set of grouped resources. receiving, at the computing device, a new policy for a set of grouped resources, wherein the set of grouped resources comprises one or more of the following: file system resources, network resources, connection profiles, VPN configurations, applications, device and application configuration, certificates, or policies; applying the policy; on receipt of the received policy, locking at least one of the computing device or the set of grouped resources associated with the received policy (430, 514); waiting for receipt of an authentication parameter at the computing device; verifying the authentication parameter; associating the set of grouped resources with the authentication parameter; and unlocking the at least one of the computing device or the set of grouped resources.
Operating circuit for a lighting means in the form of an LED track, with an actively clocked power factor correction circuit which generates an output voltage (U BUS) regulated by a control loop, wherein the lighting means is directly or indirectly supplied via at least one further converter stage, wherein the control loop comprises a control unit which controls the timing of a switch of the power factor correction circuit as a manipulated variable (t ON), characterized in that the operating circuit is designed to reduce the time constant of the control voltage of the output voltage (U BUS) in the presence of a rapid or sudden change in the energy requirement of the lighting means.
A method for freezing fluids in pipes in either an invasive or a non-invasive way, for releasing metallic elements or for making mechanical adjustments by means of a closed circuit, of the type comprising: - a first phase comprising a cooling unit which cools a first fluid, said cooling unit is connected by means of first pipes that convey the first fluid to an accumulation tank which calculates the temperature of the first fluid, and when such first fluid reaches -30°C or less, the accumulation tank sends it to the second phase; if the determined temperature is not reached, the accumulation tank brings the fluid through second pipes back to the cooling unit and said fluid is recirculated until it reaches the predetermined temperature, - a second phase wherein, when the first fluid reaches a temperature of at least -30°C, the accumulation tank sends said first fluid through third pipes to a collector which, by means of fourth pipes said fluid freezes a second fluid that passes through the interior of a pipe, a metallic element or a mechanical adjustment by means of a closed circuit, - a third phase wherein the first fluid returns to the collector by means of fifth pipes, and - a fourth phase wherein the first fluid, having a higher temperature than the temperature provided by the exchange of the second phase, returns to the cooling unit through sixth pipes, and cools down until reaching the predetermined temperature; said first fluid comprising the following composition: - Between 55-85% water, and - Between 15-45% of a saline solution of carboxylic acids. - a first phase comprising a cooling unit which cools a first fluid, said cooling unit is connected by means of first pipes that convey the first fluid to an accumulation tank which calculates the temperature of the first fluid, and when such first fluid reaches -30°C or less, the accumulation tank sends it to the second phase; if the determined temperature is not reached, the accumulation tank brings the fluid through second pipes back to the cooling unit and said fluid is recirculated until it reaches the predetermined temperature, - a second phase wherein, when the first fluid reaches a temperature of at least -30°C, the accumulation tank sends said first fluid through third pipes to a collector which, by means of fourth pipes said fluid freezes a second fluid that passes through the interior of a pipe, a metallic element or a mechanical adjustment by means of a closed circuit, - a third phase wherein the first fluid returns to the collector by means of fifth pipes, and - a fourth phase wherein the first fluid, having a higher temperature than the temperature provided by the exchange of the second phase, returns to the cooling unit through sixth pipes, and cools down until reaching the predetermined temperature; - Between 55-85% water, and - Between 15-45% of a saline solution of carboxylic acids.