mhurhangee/patent-ind-claim-en huggingface dataset:
A gas burner bar , comprising: a burner; a Venturi tube attached to the burner; an air shutter attached to the Venturi tube , the air shutter having an opening ; an injector , the injector situated through the opening of the air shutter ; and an injector fitting , the injector fitting being attached to the injector , characterised by a portion of the air shutter being sandwiched between the injector and the injector fitting resulting in a flush placement of the injector against a wall or the raised opening of the air shutter . a burner; a Venturi tube attached to the burner; an air shutter attached to the Venturi tube , the air shutter having an opening ; an injector , the injector situated through the opening of the air shutter ; and an injector fitting , the injector fitting being attached to the injector , characterised by a portion of the air shutter being sandwiched between the injector and the injector fitting resulting in a flush placement of the injector against a wall or the raised opening of the air shutter .
A system using a reverberant shear wave field in a body to estimate viscoelastic properties of hidden regions of interest in the body, comprising: a vibration source configured to produce plural shear waves at selected frequencies that interact with each other and with structures in the body to thereby produce a reverberant shear wave field in the body; an imaging device configured to measure motion of a region of interest in the body in a first selected direction in the presence of said reverberant shear wave field and to produce an estimate of the measured motion; an image processor configured to receive as inputs the selected frequencies of the shear waves and said estimate of measured motion, and to process the inputs with computer algorithms to provide an estimate of one or more viscoelastic properties of said region of interest in the body, using a framework of reverberant shear waves in bounded elastic media; a computer display (1 10) configured to display said estimate of said one or more viscoelastic properties of the region of interest; and a controller operatively coupled with said vibration source, imaging device, image processor and computer display to control their operation. a vibration source configured to produce plural shear waves at selected frequencies that interact with each other and with structures in the body to thereby produce a reverberant shear wave field in the body; an imaging device configured to measure motion of a region of interest in the body in a first selected direction in the presence of said reverberant shear wave field and to produce an estimate of the measured motion; an image processor configured to receive as inputs the selected frequencies of the shear waves and said estimate of measured motion, and to process the inputs with computer algorithms to provide an estimate of one or more viscoelastic properties of said region of interest in the body, using a framework of reverberant shear waves in bounded elastic media; a computer display (1 10) configured to display said estimate of said one or more viscoelastic properties of the region of interest; and a controller operatively coupled with said vibration source, imaging device, image processor and computer display to control their operation.
Method for producing a nickel-based alloy, by - producing an electrode by VIM, VOF or VLF, - subjecting the electrode to a heat treatment in an oven in a temperature range between 500 and 1300°C for a period from 10 to 336 hours in order to reduce stresses and overaging, wherein heat treatment takes place in the temperature range from 1000°C to 1300°C for at least 10 hours and not more than 48 hours, - cooling the electrode in air or in the oven to a temperature between room temperature and lower than 900°C, - subsequently remelting the cooled electrode by ESR at a remelt rate from 3.0 to 10 kg/minute to form an ESR block, - cooling the ESR block in air or in the oven to a temperature between room temperature and lower than 900°C, - remelting the ESR block again by VAR at a remelting rate from 3.0 to 10 kg/minute and with a fluctuation margin of the remelting rate of less than 15%, better still 10%, ideally 5%, - subjecting the remelted VAR block to a heat treatment in the temperature range between 500 and 1250°C for a period from 10 to 336 hours, - then bringing the VAR block to the desired product shape and dimension by hot and/or cold forming. - producing an electrode by VIM, VOF or VLF, - subjecting the electrode to a heat treatment in an oven in a temperature range between 500 and 1300°C for a period from 10 to 336 hours in order to reduce stresses and overaging, wherein heat treatment takes place in the temperature range from 1000°C to 1300°C for at least 10 hours and not more than 48 hours, - cooling the electrode in air or in the oven to a temperature between room temperature and lower than 900°C, - subsequently remelting the cooled electrode by ESR at a remelt rate from 3.0 to 10 kg/minute to form an ESR block, - cooling the ESR block in air or in the oven to a temperature between room temperature and lower than 900°C, - remelting the ESR block again by VAR at a remelting rate from 3.0 to 10 kg/minute and with a fluctuation margin of the remelting rate of less than 15%, better still 10%, ideally 5%, - subjecting the remelted VAR block to a heat treatment in the temperature range between 500 and 1250°C for a period from 10 to 336 hours, - then bringing the VAR block to the desired product shape and dimension by hot and/or cold forming.
A method, comprising: performing, by an ultrasound probe of an ultrasound system, an ultrasound scan to acquire a video clip having a plurality of images in a selected zone of a set of lungs; detecting, by a processor of the ultrasound system, B lines in each of the plurality of images of the video clip; detecting a width of each of the B lines in each of the plurality of images; sorting, by the processor, the B lines into a first group and a second group based on the width of each of the B lines, where the B lines in the first group have a narrower width than the B lines in the second group; assigning a score, by the processor, to each of the plurality of images of the video clip based at least in part on both the detected number of B lines and the width of each of the B lines; highlighting, by the processor, the B lines in the first group differently than the B lines in the second group in each of the images of the video clip; identifying, by the processor, a representative image from the plurality of images of the video clip in the selected zone, the identification of the representative image based at least in part on the assigned score of each of the plurality of images; and displaying, by a display system of the ultrasound system, the identified representative image. performing, by an ultrasound probe of an ultrasound system, an ultrasound scan to acquire a video clip having a plurality of images in a selected zone of a set of lungs; detecting, by a processor of the ultrasound system, B lines in each of the plurality of images of the video clip; detecting a width of each of the B lines in each of the plurality of images; sorting, by the processor, the B lines into a first group and a second group based on the width of each of the B lines, where the B lines in the first group have a narrower width than the B lines in the second group; assigning a score, by the processor, to each of the plurality of images of the video clip based at least in part on both the detected number of B lines and the width of each of the B lines; highlighting, by the processor, the B lines in the first group differently than the B lines in the second group in each of the images of the video clip; identifying, by the processor, a representative image from the plurality of images of the video clip in the selected zone, the identification of the representative image based at least in part on the assigned score of each of the plurality of images; and displaying, by a display system of the ultrasound system, the identified representative image.
A film stretching system with two clip chains each one running through a stretching area and a return area , which are adjustable via a deflection of a first control rail and a second control rail , wherein the first control rail is arranged for a longitudinal shrinkage in the stretching region and the second control rail is arranged for a shrink-back in the return region , wherein the deflection of the second control rail is jointly adjustable at at least two deflection bearings via an adjusting device with a single drive.
A mixing device comprising at least one feed opening for at least one liquid and comprising at least one further feed opening for at least one liquid curing or crosslinking agent, the liquid and/or the liquid curing or crosslinking agent being mixed with a gas, and a discharge opening for discharging a mixture of the at least one liquid and the at least one liquid curing or crosslinking agent that can be produced in the mixing device, a pressure-maintaining device being provided for maintaining a predeterminable pressure that is greater than the pressure at which the gas in the mixing device is foamed, the pressure-maintaining device comprising an actuator arranged in the mixing device so as to be movable relative to the discharge opening , by means of which actuator a gap remaining between the actuator and the discharge opening can be adjusted, characterized in that the mixing device comprises a rotating stirrer for mixing the at least one liquid and the at least one liquid curing or crosslinking agent, the stirrer being movable and forming the actuator, the movable actuator being preloaded by an energy accumulator in the direction of the discharge opening .
Method for detecting malicious software in an electronic document, where the method comprises: a) detecting an executable code in the electronic document provided to a client module ; b) extracting, in the client module, information from the electronic document comprising the executable code and metadata of the electronic document; c) creating, in the client module, a binary vector associated with the electronic document based on certain characteristics obtained from the extracted information; d) comparing, in a classifier module , the binary vector with one or more groups of vectors previously classified and stored in a database , wherein the comparison comprises calculating a distance between the binary vector and each of the groups of previously classified vectors; e) as a result of the comparison, classifying the binary vector in one of the groups of previously classified vectors according to a maximum group distance, where each group of vectors has associated therewith in the database a verdict about the presence of malicious software; f) determining, in the database, that the electronic document contains malicious software depending on the verdict associated with the group in which its associated binary vector has been classified. a) detecting an executable code in the electronic document provided to a client module ; b) extracting, in the client module, information from the electronic document comprising the executable code and metadata of the electronic document; c) creating, in the client module, a binary vector associated with the electronic document based on certain characteristics obtained from the extracted information; d) comparing, in a classifier module , the binary vector with one or more groups of vectors previously classified and stored in a database , wherein the comparison comprises calculating a distance between the binary vector and each of the groups of previously classified vectors; e) as a result of the comparison, classifying the binary vector in one of the groups of previously classified vectors according to a maximum group distance, where each group of vectors has associated therewith in the database a verdict about the presence of malicious software; f) determining, in the database, that the electronic document contains malicious software depending on the verdict associated with the group in which its associated binary vector has been classified.
A method for time-slotted scheduling of packets in timeslots between N nodes (120a:120N) and K>1 access points (300a:300K) in an industrial wireless network (no), the method being performed by a network controller of the industrial wireless network , the method comprising: determining (S102) the time-slotted scheduling by allocating each timeslot (540a:540M) to a respective one of the nodes (120a:120N), wherein each timeslot (540a:540M) for each node (120a:120N) is divided in K sub-slots (550a:550K), one for each access point (300a:300K), such that in sub-slot k of each timeslot, where 1≤k≤K, transmission or reception of a packet is made between access point k and the node to which that timeslot is allocated; and providing (S104) information to the access points (300a:300K) about the determined time-slotted scheduling. determining (S102) the time-slotted scheduling by allocating each timeslot (540a:540M) to a respective one of the nodes (120a:120N), wherein each timeslot (540a:540M) for each node (120a:120N) is divided in K sub-slots (550a:550K), one for each access point (300a:300K), such that in sub-slot k of each timeslot, where 1≤k≤K, transmission or reception of a packet is made between access point k and the node to which that timeslot is allocated; and providing (S104) information to the access points (300a:300K) about the determined time-slotted scheduling.
A method for providing an integration notification user interface by an electronic device, the method comprising: receiving notification data associated with a plurality of events generated by a plurality of applications; determining registered targets related to the events with reference to a contact database; classifying the notification data according to each of the registered targets; displaying a first object on a first part of a touch screen of the electronic device and displaying a second object on a second part of the touch screen; displaying a first notification page on the touch screen in response to a first user input received through the first part of the touch screen, wherein the first notification page includes first notification data associated with a first determined registered target from the determined registered targets; displaying a second notification page on the touch screen in response to a second user input received through the second part of the touch screen, wherein the second notification page includes second notification data associated with a second determined registered target from the determined registered targets. receiving notification data associated with a plurality of events generated by a plurality of applications; determining registered targets related to the events with reference to a contact database; classifying the notification data according to each of the registered targets; displaying a first object on a first part of a touch screen of the electronic device and displaying a second object on a second part of the touch screen; displaying a first notification page on the touch screen in response to a first user input received through the first part of the touch screen, wherein the first notification page includes first notification data associated with a first determined registered target from the determined registered targets; displaying a second notification page on the touch screen in response to a second user input received through the second part of the touch screen, wherein the second notification page includes second notification data associated with a second determined registered target from the determined registered targets.
A portable communication terminal apparatus comprising: a proximity detection unit configured to detect that an object exists in proximity to the portable communication terminal apparatus ; a motion state measurement unit configured to measure a motion state of the communication terminal apparatus; and a call ending control unit configured to end a call when, during the call, a transition is made from a first state, in which a presence of the object is detected, to a second state in which the presence of the object is not detected, and thereafter the measured motion state satisfies a predetermined condition, characterized by the motion state measurement unit being configured to measure an orientation of the communication terminal apparatus as the motion state, and wherein the call ending control unit is configured either to end the call or allow the call to continue based on a difference between the orientation measured during the first state and the orientation measured during a third state in which subsequent to the presence of the object no longer being detected, the presence of the object is once again detected. a proximity detection unit configured to detect that an object exists in proximity to the portable communication terminal apparatus ; a motion state measurement unit configured to measure a motion state of the communication terminal apparatus; and a call ending control unit configured to end a call when, during the call, a transition is made from a first state, in which a presence of the object is detected, to a second state in which the presence of the object is not detected, and thereafter the measured motion state satisfies a predetermined condition, characterized by the motion state measurement unit being configured to measure an orientation of the communication terminal apparatus as the motion state, and wherein the call ending control unit is configured either to end the call or allow the call to continue based on a difference between the orientation measured during the first state and the orientation measured during a third state in which subsequent to the presence of the object no longer being detected, the presence of the object is once again detected.
A method for operating a molten salt nuclear reactor having a melt of molten salt, comprising: determining the chemical composition of the melt and using the information about the chemical composition of the melt to determine the need for adjusting the composition of the melt in order to operate the reactor efficiently, characterized by directing a laser beam on the melt or on a sample of the melt and thereby generating plasma on the melt or on the sample of the melt, collecting light emitted from the plasma generated by the laser beam and analyzing the light with a spectrometer to obtain information about the composition of the melt and, using the information about the composition of the melt to optimize the composition of the melt by addition of material to the melt and/or by reprocessing of molten salt from the melt , in order to operate the reactor efficiently and/or safely. determining the chemical composition of the melt and using the information about the chemical composition of the melt to determine the need for adjusting the composition of the melt in order to operate the reactor efficiently, characterized by directing a laser beam on the melt or on a sample of the melt and thereby generating plasma on the melt or on the sample of the melt, collecting light emitted from the plasma generated by the laser beam and analyzing the light with a spectrometer to obtain information about the composition of the melt and, using the information about the composition of the melt to optimize the composition of the melt by addition of material to the melt and/or by reprocessing of molten salt from the melt , in order to operate the reactor efficiently and/or safely.
A wireless power transfer, WPT, pad (126; 128; 700) comprising: a winding comprising a conductor, wherein the conductor is wound in a planar configuration, the winding comprising a center section about which the winding is wound; and a ferrite structure comprising: a parallel section located on a side of the winding with at least a portion in parallel with the winding ; and a chimney section in magnetic contact with the parallel section and located in the center section of the winding , the chimney section extending perpendicular to the parallel section ; wherein the chimney section comprises a gap, characterised in that one or more capacitors (Cs1, Cs2, Cs3) of the WPT pad are located in the center section of the winding and one or more conductors from the winding to the one or more capacitors extend through the gap. a winding comprising a conductor, wherein the conductor is wound in a planar configuration, the winding comprising a center section about which the winding is wound; and a ferrite structure comprising: a parallel section located on a side of the winding with at least a portion in parallel with the winding ; and a chimney section in magnetic contact with the parallel section and located in the center section of the winding , the chimney section extending perpendicular to the parallel section ; wherein the chimney section comprises a gap, a parallel section located on a side of the winding with at least a portion in parallel with the winding ; and a chimney section in magnetic contact with the parallel section and located in the center section of the winding , the chimney section extending perpendicular to the parallel section ; wherein the chimney section comprises a gap,
A musical instrument , comprising: a vibrating member (21, 22, TS, BS) configured to be vibrated by a playing operation; an adjusting mechanism configured to perform physical adjustment to change a vibration manner of the vibrating member (21, 22, TS, BS) in playing; a detector configured to detect an adjustment state of the adjusting mechanism ; a musical-sound generator configured to generate musical sound based on the playing operation; and a controller configured to control a manner of generation of the musical sound by the musical-sound generator , based on the adjustment state detected by the detector , wherein the vibrating member (21, 22, TS, BS) is configured to generate acoustic sound, and the adjusting mechanism is configured to (i) adjust tension of the vibrating member (21, 22, TS, BS) such that a tone color of the acoustic sound generated by the vibrating member (21, 22, TS, BS) is changed, and (ii) change the adjustment state, and the controller is configured to control, based on the adjustment state of the adjusting mechanism , a tone color of the musical sound generated by the musical sound generator , characterized in that the vibrating member is a head ; the adjusting mechanism comprises a lug and a tuning bolt configured to adjust tension of the head ; and the detector is a sensor secured to the lug and configured to detect an amount of adjustment of the tension of the head based on an amount of tightening of the tuning bolt . a vibrating member (21, 22, TS, BS) configured to be vibrated by a playing operation; an adjusting mechanism configured to perform physical adjustment to change a vibration manner of the vibrating member (21, 22, TS, BS) in playing; a detector configured to detect an adjustment state of the adjusting mechanism ; a musical-sound generator configured to generate musical sound based on the playing operation; and a controller configured to control a manner of generation of the musical sound by the musical-sound generator , based on the adjustment state detected by the detector , wherein the vibrating member (21, 22, TS, BS) is configured to generate acoustic sound, and the adjusting mechanism is configured to (i) adjust tension of the vibrating member (21, 22, TS, BS) such that a tone color of the acoustic sound generated by the vibrating member (21, 22, TS, BS) is changed, and (ii) change the adjustment state, and the controller is configured to control, based on the adjustment state of the adjusting mechanism , a tone color of the musical sound generated by the musical sound generator , characterized in that the vibrating member is a head ; the adjusting mechanism comprises a lug and a tuning bolt configured to adjust tension of the head ; and the detector is a sensor secured to the lug and configured to detect an amount of adjustment of the tension of the head based on an amount of tightening of the tuning bolt .